Expanded Chapters
Expanded Table of Contents
The Science and Technology
of Traditional and Modern
Roofing Systems
by: Dr. H. Laaly
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Expanded Table of Contents
Volume One | Volume Two | Top
Volume
One
Chapters 1 to 40 - 1,552 Pages |
||||
Chapter Name | Pgs | |||
1 | Introduction to Roofing | p. 6 | ||
2 | Roofing History | p. 16 | ||
Introduction | p. 1 | |||
Roofing Technology - A Selected Chronology | p. 13 | |||
Concluding Remarks | p. 1 | |||
References And Further Reading | p. 1 | |||
3 | Roofing Material Properties and Production | p. 41 | ||
Introduction | p. 1 | |||
Wood | p. 3 | |||
Wood Preservatives | p. 1 | |||
Wood Properties | p. 1 | |||
Wood Manufacturing | p. 1 | |||
Metal | p. 7 | |||
Cement And Concrete | p. 11 | |||
Plastics | p. 8 | |||
References And Further Reading | p. 6 | |||
4 | Roofing Structure, Design and Details | p. 71 | ||
Introduction | p. 2 | |||
The Ultimate Rule in Roof Design | p. 2 | |||
Informative Designing | p. 1 | |||
Life-Cycle Costing | p. 1 | |||
Structural Load Design | p. 1 | |||
Elastic Deformation | p. 2 | |||
Wooden Roof Structure | p. 1 | |||
Structural Steel Design | p. 2 | |||
Roof Drainage Design Calculations | p. 3 | |||
Roof Drainage Designs | p. 3 | |||
An Alternative School Of Thought | p. 2 | |||
Parapet Wall Structural Design Using Portland Cement Plaster | p. 2 | |||
Causes Of Roofing Failures | p. 1 | |||
Communicating Roofing Design | p. 1 | |||
Structural Considerations And Roof Decks | p. 1 | |||
Insulation | p. 1 | |||
Vapor Retarders | p. 1 | |||
Fire And Wind Considerations | p. 1 | |||
Earthquake-Resistant Roof Design | p. 1 | |||
Pest Infestation And Roof Design | p. 1 | |||
Residential Ceiling And Roof Framing | p. 1 | |||
Flat Roofs | p. 1 | |||
Pitched Roofs | p. 1 | |||
Framing the Roof | p. 6 | |||
Residential Flat Roof To Steep Roof Conversion | p. 3 | |||
Roof Construction Details | p. 4 | |||
Generic Details For Modified Bitumen | p. 1 | |||
Basic Flashing History and Guidelines | p. 1 | |||
Penetration Flashings | p. 1 | |||
Little Holes | p. 2 | |||
Collar Penetration Flashing | p. 3 | |||
Smaller Holes, Tougher Holes | p. 3 | |||
Where Penetration is Avoided | p. 1 | |||
Overflow Scupper Penetrations | p. 1 | |||
The Unflashable Penetration | p. 2 | |||
Late Damage | p. 1 | |||
Expansion Joint Guidelines | p. 1 | |||
The Overriding Flashing Considerations | p. 4 | |||
References And Further Reading | p. 15 | |||
5 | Roof Decks | p. 30 | ||
Introduction | p. 2 | |||
Roof Slope | p. 2 | |||
Deflection | p. 1 | |||
Recommendations for avoidance of defects | p. 1 | |||
Dimensional stability | p. 1 | |||
Moisture Absorption | p. 1 | |||
Moisture Proofing | p. 1 | |||
Fireproofing | p. 1 | |||
Anchorage and Attachment | p. 1 | |||
Deck Surface | p. 1 | |||
Adjoining Walls and Penetrations | p. 1 | |||
Deck Types And Materials | p. 1 | |||
Wood Decks | p. 2 | |||
Wood Deck Cautions | p. 1 | |||
Installing Plywood Sheathing | p. 1 | |||
Installing Tongue-and-Groove Board Sheathing | p. 1 | |||
Gypsum Board Decks | p. 1 | |||
Poured Or Sprayed Gypsum Concrete | p. 1 | |||
Concrete Decks | p. 1 | |||
Lightweight Concrete | p. 3 | |||
Structural Concrete | p. 3 | |||
Metal Roof Decks | p. 4 | |||
Roof Deck Use | p. 1 | |||
References And Further Reading | p. 2 | |||
6 | Barriers for Roofing Systems | p. 43 | ||
Introduction | p. 2 | |||
Vapor-Retarding Barriers | p. 1 | |||
When to Use a Vapor Retarder | p. 2 | |||
How to Use Vapor Retarders | p. 1 | |||
High-Tech Vapor Barriers: Hygro Diode Membranes | p. 2 | |||
Computer Analysis & Vapor Barrier Use Parameters | p. 2 | |||
Understanding Air Barriers | p. 1 | |||
Using Air Barriers to Resist Roof Blow-Offs & Ballooning | p. 1 | |||
Ballooning and Delamination | p. 1 | |||
Air/Vapor Barrier "Systems" -- Controlling Condensation | p. 2 | |||
Technics Air And Vapor Barriers | p. 17 | |||
Vapor Retarders and The Trouble with Vents | p. 1 | |||
When Venting Works | p. 1 | |||
Using Vapor Barriers in Cold Storage Structures | p. 1 | |||
Ultraviolet Radiation Barriers | p. 1 | |||
UV Radiation, Oxygen, and Temperature | p. 1 | |||
Noise Barriers | p. 2 | |||
Walkways And Decking As Wear Barriers And Protecting Layers | p. 2 | |||
Barrier Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 2 | |||
7 | Thermal Insulation | p. 100 | ||
Introduction | p. 1 | |||
Roof-to-wall ratios | p. 1 | |||
Potential Problems With Insulation? | p. 1 | |||
Definitions And Theory Of Thermal Inertia | p. 4 | |||
Physical And Chemical Properties Of Thermal Insulation | p. 1 | |||
Thermal Insulation Materials | p. 1 | |||
Physical Structure And Thermal Conductivity | p. 1 | |||
Environment And Thermal Conductivity | p. 1 | |||
Moisture And Thermal Conductivity | p. 1 | |||
Chemistry Of Polyurethans And Isocyanates | p. 1 | |||
History | p. 2 | |||
Composition Of Polyurethane | p. 1 | |||
Testing And Evaluation Studies Of Thermal Insulation | p. 9 | |||
Recent Studies On Thermal Insulation - An Overview | p. 10 | |||
Thermal Drift | p. 1 | |||
Too Much Insulation? | p. 1 | |||
Rigid Insulation Boards | p. 1 | |||
Cellular Glass Insulation | p. 1 | |||
Fiberglass Roof Insulation | p. 1 | |||
Perlite/Vermiculite Board | p. 1 | |||
Phenolic Foam - phenol-formaldehyde (pf) resin | p. 1 | |||
Polystyrene Bead Board, Expanded Polystyrene (EPS) | p. 1 | |||
Polystyrene Extruded Foam Board | p. 1 | |||
Urethane/Isocyanurate Foams | p. 1 | |||
Wood Fiberboard | p. 3 | |||
Composite Thermal Insulation | p. 2 | |||
Facings | p. 2 | |||
Composite Roofing Systems | p. 1 | |||
Thermal Insulation In Home Construction | p. 1 | |||
Loose Insulation | p. 1 | |||
Cellulosic Fiber | p. 1 | |||
Glass Fiber | p. 2 | |||
Mineral Fiber | p. 1 | |||
Coverage | p. 1 | |||
Thermal Characteristics | p. 1 | |||
Moisture Absorption | p. 1 | |||
Application | p. 2 | |||
Unfloored attics | p. 1 | |||
Floored attics | p. 1 | |||
Attic walls and slopes | p. 1 | |||
Spray-On Insulation | p. 1 | |||
Cellulosic Spray | p. 1 | |||
Mineral Wool Spray | p. 1 | |||
Cementitious Spray | p. 1 | |||
Application of Spray-On Insulation | p. 2 | |||
Spray-On Insulation Adhesives | p. 1 | |||
Batt And Blanket Insulation | p. 2 | |||
Thermal Insulation by Design | p. 1 | |||
Urea-Formaldehyde Insulation | p. 1 | |||
Epoxy Foams | p. 1 | |||
Tapered Insulations | p. 6 | |||
Rooftop Pipes Require Insulation Too | p. 5 | |||
References And Further Reading | p. 1 | |||
Calculating Insulation Values | p. 6 | |||
Polyurethane Publications | p. 1 | |||
Insulation; Rigid; Uffi | p. 1 | |||
Insulation; Rigid; Phenolic, Cellular | p. 1 | |||
Insulation; Glass Fiber | p. 1 | |||
Insulation; Rigid Board | p. 6 | |||
Insulation; Rigid; Expanded Polystyrene | p. 1 | |||
Insulation; Rigid; Extruded Polystyrene | p. 1 | |||
Insulation; Loose Or Sprayed | p. 3 | |||
Insulation Testing And Standards | p. 2 | |||
Moisture & Insulation | p. 2 | |||
Insulation; General Papers On | p. 3 | |||
8 | Thatched Roofing | p. 28 | ||
Introduction | p. 1 | |||
Brief History Of Thatching | p. 1 | |||
Materials | p. 1 | |||
Characteristics Of Thatch | p. 2 | |||
Application | p. 1 | |||
Thatching Tools | p. 1 | |||
Fixing Hardware | p. 1 | |||
General Specifications | p. 2 | |||
Design Considerations | p. 1 | |||
Specifications | p. 1 | |||
Details at Eaves | p. 1 | |||
Gabled Ends | p. 1 | |||
Ridges | p. 1 | |||
Ridge Cap | p. 1 | |||
Integral Roof Surface Decoration | p. 1 | |||
Hips | p. 1 | |||
Valleys | p. 1 | |||
Flashing | p. 1 | |||
Sedge Aprons | p. 1 | |||
Vent Stacks | p. 1 | |||
Attic Venting | p. 1 | |||
Chimneys | p. 1 | |||
Architectural Details | p. 1 | |||
Deck Construction And Underlayment Details | p. 1 | |||
Thatch Treated Class-C Roofing System | p. 1 | |||
Sheathing | p. 1 | |||
Underlayment | p. 1 | |||
Sub-battens | p. 1 | |||
Horizontal Battens | p. 1 | |||
Arris Board | p. 1 | |||
Thatch Treated Class-A Roofing System | p. 1 | |||
Supply And Installation Responsibilities | p. 1 | |||
Workmanship | p. 1 | |||
Thatching | p. 1 | |||
Chimney Stacks | p. 1 | |||
Hips | p. 1 | |||
Valleys | p. 1 | |||
Verges | p. 1 | |||
Ridges | p. 1 | |||
Fire Hazard | p. 1 | |||
Preventive Measures | p. 1 | |||
Reduction of Combustibility | p. 1 | |||
Fire Fighting Facilities | p. 1 | |||
Generally | p. 1 | |||
Rainwater Disposal | p. 1 | |||
Durability | p. 1 | |||
Maintenance | p. 1 | |||
Compliance | p. 1 | |||
Fire Test | p. 1 | |||
Wind Test | p. 1 | |||
Thermal Insulation Test | p. 1 | |||
Pricing Guidelines | p. 6 | |||
References And Further Reading | p. 1 | |||
9 | Slate Roofing | p. 15 | ||
Introduction | p. 1 | |||
Slating is a Skillful Trade | p. 1 | |||
Chemistry, Grades, Standards And Testing | p. 1 | |||
Slate Grades | p. 1 | |||
Standards | p. 1 | |||
Testing | p. 2 | |||
Slate Colors And Geographical Sources | p. 1 | |||
Slate Sizes And Weights | p. 1 | |||
Application | p. 1 | |||
Fastening | p. 1 | |||
Felts (Underlayments) | p. 1 | |||
Tools | p. 1 | |||
Slate Cutter | p. 1 | |||
Slate Hammer | p. 1 | |||
Slate Ripper | p. 5 | |||
References And Further Reading | p. 1 | |||
10 | Wood Shingles and Shake Roofing | p. 40 | ||
Introduction | p. 1 | |||
The Red Cedar Shingle & Handsplit Shake Bureau | p. 1 | |||
Red Cedar | p. 1 | |||
Certigrade® Red Cedar Shingles | p. 1 | |||
Certi-Split® Red Cedar Shakes | p. 1 | |||
Fire Rated Red Cedar Shingles and Shakes | p. 1 | |||
If It Works, Don'T Fix It. | p. 1 | |||
General Design Details | p. 1 | |||
Sheathing | p. 1 | |||
Shingles | p. 1 | |||
Shakes | p. 1 | |||
General Application Details | p. 1 | |||
Shingle Application | p. 1 | |||
Shake Application | p. 1 | |||
Mansard Roof Details | p. 2 | |||
Low Slope Roof Details | p. 1 | |||
Hip And Ridge Details | p. 1 | |||
Roof Juncture Details | p. 1 | |||
Convex Juncture | p. 1 | |||
Concave Juncture | p. 1 | |||
Apex Juncture | p. 1 | |||
Swept or Bell Eave | p. 1 | |||
Roof Valley Flashing Details | p. 1 | |||
Valleys-Shingles | p. 1 | |||
Valleys-Shakes | p. 1 | |||
Roof Projection Flashing Details | p. 1 | |||
Roof Fastener Guidelines | p. 1 | |||
Nails | p. 1 | |||
Staples | p. 1 | |||
Ventilation Details | p. 1 | |||
Vapor Barrier Guidelines | p. 1 | |||
Specialty Roof Deck Details | p. 1 | |||
Wood Deck | p. 1 | |||
Nails | p. 1 | |||
Rigid Insulation | p. 1 | |||
Metal Deck | p. 1 | |||
Cold Weather Roof System Details | p. 2 | |||
Specification Guidelines | p. 1 | |||
General Specification Data | p. 1 | |||
Roof Application-Sheathing Boards | p. 1 | |||
Roofing Felt Interlay (for shakes only) | p. 1 | |||
Roofing General Application Data | p. 1 | |||
Roofing, Shingles/Shakes, Miscellaneous Flashings | p. 1 | |||
Hips and Ridges | p. 1 | |||
Nails and Nailing Shingles/Shakes | p. 1 | |||
Wood Fiber Shingles | p. 1 | |||
Steam Bent Wood Shingles - "Thatch" | p. 1 | |||
Shingle And Shake Problems | p. 1 | |||
Importing Increases Cost | p. 1 | |||
FIRE RETARDANT TREATMENTS (FRTs) | p. 1 | |||
Pre-Treatment | p. 1 | |||
To Pre-Treat or Not to Pre-Treat? | p. 1 | |||
Testing | p. 1 | |||
Intermittent Flame Test | p. 1 | |||
Spread Of Flame Test | p. 1 | |||
Burning Brand Test | p. 1 | |||
Flying Brand Test | p. 1 | |||
Rain Test | p. 1 | |||
Weathering Test | p. 1 | |||
Fire Safety Brochures | p. 1 | |||
Building Codes | p. 1 | |||
Canadian Standards On Shakes And Shingles | p. 1 | |||
Spray-On Preservatives | p. 1 | |||
Water-borne Preservatives | p. 1 | |||
Oil-Borne Preservatives | p. 1 | |||
Cleaning Wood and Wood Roofs | p. 1 | |||
General Application Recommendations | p. 1 | |||
Surface Preparation | p. 1 | |||
Application | p. 1 | |||
Clean Up | p. 4 | |||
References And Further Reading | p. 3 | |||
11 | Ceramic and Concrete Tiles | p. 36 | ||
Introduction | p. 1 | |||
Life Expectancy | p. 1 | |||
What makes one tile better than another? | p. 1 | |||
Overweight? | p. 1 | |||
Tile Profile | p. 1 | |||
Standard Tile | p. 1 | |||
Glazed Tile | p. 1 | |||
Glazed Tile Offers Some Protection | p. 1 | |||
Application of Glazed Tiles | p. 1 | |||
Glazed Tile Costs and Quality | p. 1 | |||
Glaze Formulation - Glazes are Really Glass | p. 1 | |||
Glazed Tile Selection | p. 1 | |||
Glazed Tiles are an Investment | p. 1 | |||
Concrete Tiles | p. 1 | |||
Interlocking Tiles | p. 1 | |||
Mortar-Set Systems And Nail-On Systems | p. 1 | |||
Material Considerations | p. 1 | |||
Flashings | p. 1 | |||
Fasteners | p. 1 | |||
Felts (Underlayments) | p. 1 | |||
Time For An Inspection? | p. 1 | |||
Glaze failure | p. 1 | |||
Manufacturer's Field Testing | p. 1 | |||
Application | p. 1 | |||
Direct Nailing | p. 1 | |||
Supplementary Details and Accessory Tiles | p. 1 | |||
Tile in Snow Areas | p. 1 | |||
Tiles in High Wind and Hurricane Areas | p. 1 | |||
Reroofing With Tiles | p. 1 | |||
Specialty Products | p. 1 | |||
New Technique Ventilates Tile Roofs at the Ridge | p. 1 | |||
Clay Ridge Vents | p. 1 | |||
Recent Studies On The Testing Of Tiles - An Overview | p. 1 | |||
Codes And Standards | p. 10 | |||
Ceramic, Clay and Concrete Tile Manufacturers and Suppliers | p. 2 | |||
References And Further Reading | p. 3 | |||
12 | Metal Tiles | p. 11 | ||
Introduction | p. 1 | |||
Granulated Metal Tiles | p. 2 | |||
Aluminum Tiles | p. 1 | |||
Copper Shingles | p. 2 | |||
Metal Tile Finishes | p. 1 | |||
Application of Metal Tiles and Panels | p. 5 | |||
Metal Tile and Tile Panel Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
13 | Roofing Panels | p. 14 | ||
Introduction | p. 1 | |||
Polycarbonate Panels | p. 1 | |||
Glass Fiber-Reinforced Panels | p. 1 | |||
Asphalt Panels | p. 1 | |||
Metal Panels | p. 4 | |||
Roofing Panels For Residential Structures | p. 1 | |||
Recent Studies On Roofing Panels - An Overview | p. 2 | |||
NRCA Adds Roofing Panels To The Materials Guide | p. 4 | |||
Roofing Panel Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
14 | Roofing Bitumen Asphalt and Coal Tar Pitch | p. 42 | ||
Introduction | p. 2 | |||
Petroleum Asphalts | p. 1 | |||
Petroleum Asphalt Manufacture | p. 1 | |||
Straight Run Asphalts | p. 1 | |||
Thermal Asphalts | p. 1 | |||
Propane De-Asphalting | p. 1 | |||
Native Asphalts | p. 1 | |||
Rock Asphalts | p. 1 | |||
Lake Asphalts | p. 1 | |||
The Alberta Oil Sand Deposits | p. 1 | |||
Extraction of Bitumen from Tar Sand | p. 2 | |||
Upgrading Tar Sand Bitumen | p. 1 | |||
Tars And Derivatives | p. 1 | |||
Incompatibility of Asphalt and Coal Tar Pitch (CTP) | p. 1 | |||
The Composition Of Asphalt | p. 3 | |||
Composition Depends Upon Crude Source | p. 1 | |||
Method of Manufacture Also Must be Considered | p. 1 | |||
Asphalt Manufacturing | p. 1 | |||
Vacuum Reduction | p. 1 | |||
Air Blown Asphalt | p. 1 | |||
The Batch Process | p. 1 | |||
The Continuous Process | p. 2 | |||
Catalytic Asphalt | p. 1 | |||
Modified Asphalts | p. 1 | |||
Road Cutbacks and Oils | p. 1 | |||
Emulsions | p. 1 | |||
Composition of Asphalt Emulsions | p. 1 | |||
Classification | p. 1 | |||
Emulsion Ingredients | p. 1 | |||
Asphalt | p. 1 | |||
Water | p. 1 | |||
Emulsifying Agents | p. 1 | |||
Breaking | p. 1 | |||
Curing | p. 1 | |||
Factors Affecting Setting Rate | p. 1 | |||
Mineral Fillers | p. 1 | |||
Equiviscous Temperature (Evt) | p. 1 | |||
Revisions Proposed | p. 2 | |||
Testing Of Asphalts | p. 3 | |||
Fingerprint Gas Chromatography | p. 1 | |||
Weathering | p. 1 | |||
Weathering Effects of Sunlight on Asphalt | p. 2 | |||
Effects of Sulfur on Weathering | p. 1 | |||
Antioxidants and Asphalt Durability | p. 3 | |||
Fungus Attacks On Asphalt | p. 1 | |||
Microbial Destruction Of Bitumen | p. 2 | |||
References And Further Reading | p. 5 | |||
15 | Felts, Fabrics and Reinforcements | p. 36 | ||
Introduction | p. 1 | |||
Standards For Roofing And Waterproofing Materials. | p. 1 | |||
Fiber/Matrix Theory | p. 1 | |||
Woven Fabrics | p. 1 | |||
Non-Woven Felts | p. 1 | |||
Organic Felts | p. 1 | |||
Asbestos Felts | p. 1 | |||
Glass Fiber Felts | p. 1 | |||
Glass Composition | p. 1 | |||
Glass Fiber Mat-Making Methods | p. 2 | |||
Polyester And Other Synthetic Felts | p. 3 | |||
Durability | p. 1 | |||
Dimensional Stability | p. 1 | |||
Single Ply Roofing Membrane Reinforcements | p. 3 | |||
Polyester Fibers | p. 1 | |||
The Effect Of Moisture On Roofing Felts | p. 1 | |||
Geotextiles And Geosynthetics | p. 1 | |||
Felt And Fabric Identification | p. 1 | |||
Recent Studies On Felts And Fabrics - An Overview | p. 9 | |||
Manufacturers/Suppliers Of Roofing Felts, Fabrics And Reinforcements | p. 2 | |||
References And Further Reading | p. 5 | |||
16 | Asphalt Shingles | p. 35 | ||
Introduction | p. 1 | |||
Why Asphalt Shingles? | p. 2 | |||
Step-By-Step Installation | p. 1 | |||
Deck Preparation | p. 1 | |||
Proper Ventilation | p. 1 | |||
Fasteners | p. 1 | |||
Applying The Shingles | p. 1 | |||
Starter Course | p. 1 | |||
First Course | p. 1 | |||
Second and Remaining Courses | p. 1 | |||
Valleys | p. 1 | |||
Detail | p. 1 | |||
Fastener Guidelines | p. 1 | |||
Finish Course | p. 1 | |||
Inspection and Replacement of Damaged Shingles | p. 1 | |||
More Information | p. 1 | |||
Do-It-Yourself Roofing | p. 1 | |||
Mis-Application of Asphalt Shingles Over Insulation | p. 1 | |||
Fiberglass Reinforced Asphalt Shingle Manufacture | p. 1 | |||
Organic Shingles Vs Fiberglass Shingles | p. 2 | |||
The Designer Shingles - Architectural, Laminated | p. 1 | |||
Weight Vs Strength | p. 1 | |||
"Designer" Problems? | p. 1 | |||
Modified Bitumen Fiberglass Mat Shingles | p. 1 | |||
Metric Shingles | p. 1 | |||
The Bridging Application Method | p. 1 | |||
The Nesting Application Method | p. 1 | |||
Other Shingle Features And Accessories | p. 3 | |||
Annual Roof Cost | p. 1 | |||
Asphalt Shingle Repair And Maintenance | p. 1 | |||
Asphalt Shingle Recycling | p. 1 | |||
Pneumatic Tools | p. 2 | |||
The Right Tools | p. 4 | |||
Audio/Visual Training | p. 1 | |||
Standards For Asphalt Shingles | p. 1 | |||
Asphalt Shingle Suppliers | p. 1 | |||
Asphalt Shingle Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 5 | |||
17 | Roll Roofing | p. 33 | ||
Introduction | p. 1 | |||
Roll Roofing Manufacturing And Specifications | p. 1 | |||
Saturants and Coating | p. 1 | |||
Organic Felt: Asphalt | p. 1 | |||
Organic Felt: Tar Saturated | p. 1 | |||
Asbestos Roofing Felts: Asphalt and Coal-Tar Saturated | p. 1 | |||
Glass-Fiber Felt | p. 1 | |||
Polyester Felts | p. 1 | |||
Mineral Stabilizers | p. 1 | |||
Fine Minerals | p. 1 | |||
Smooth-Surface Roll Roofing: Organic and Inorganic | p. 1 | |||
Mineral-Surfaced Roll Roofing | p. 1 | |||
Mineral-Surfaced Selvage-Edge Roofing | p. 1 | |||
Roll Roofing Installation | p. 1 | |||
Concealed Nail Method | p. 2 | |||
Exposed Nail Method | p. 2 | |||
Hips and Ridges | p. 1 | |||
Nails | p. 1 | |||
Double-Coverage Roll Roofing | p. 1 | |||
Caution | p. 1 | |||
Other Materials | p. 1 | |||
Roof Pitch | p. 1 | |||
Asphalt Cement | p. 1 | |||
First Course | p. 1 | |||
Second Course | p. 1 | |||
Succeeding Courses | p. 1 | |||
Special Situations | p. 2 | |||
Summary | p. 1 | |||
Roll Roof Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 14 | |||
18 | Built-Up Roofing Systems (BUR) | p. 57 | ||
Introduction | p. 1 | |||
Bur Components | p. 1 | |||
Decks | p. 1 | |||
Vapor Retarders | p. 1 | |||
Thermal Insulations | p. 1 | |||
Membranes | p. 1 | |||
Flashing | p. 1 | |||
Bitumen: The Critical Element | p. 1 | |||
Asphalt Quality | p. 1 | |||
Asphalt Contains Flux | p. 1 | |||
Coal-Tar Pitch | p. 1 | |||
Selecting An Asphalt Or Coal-Tar Pitch For Bur | p. 1 | |||
Asphalt Selection and Heating Requirements (EVT) | p. 1 | |||
Equiviscous Temperature | p. 1 | |||
Coal-Tar Pitch and Heating Requirements | p. 1 | |||
Felts And Vapor Retarders | p. 2 | |||
Surfacing Materials | p. 1 | |||
Hot Applied Bur | p. 1 | |||
Laying Felts: The Shingle Method | p. 1 | |||
Application of Bitumen | p. 1 | |||
Spot and Strip Mopping | p. 1 | |||
Machine Spreaders | p. 1 | |||
Tankers and Kettles | p. 1 | |||
Application Temperatures | p. 1 | |||
Heating Recommendations | p. 1 | |||
Bitumen Quantities | p. 1 | |||
Cut-Offs | p. 1 | |||
Top Pour | p. 1 | |||
Gravel | p. 1 | |||
The Hazards of Unfinished Finishing | p. 1 | |||
Work, Weather and BUR | p. 2 | |||
A Word On Workmanship | p. 1 | |||
Cold Applied Bur Emulsions And Coatings | p. 1 | |||
Application of Cold Applied BUR | p. 1 | |||
Application Errors | p. 1 | |||
Cold-Applied Performance | p. 1 | |||
Cold-Applied Polyester | p. 2 | |||
Design And Performance | p. 1 | |||
Standards And Codes | p. 1 | |||
Base Sheet And Deck Types | p. 1 | |||
Timber and Similar Decks | p. 1 | |||
Screed Decks | p. 1 | |||
Unscreed Decks | p. 1 | |||
New Approaches To Flat Roof Design | p. 2 | |||
Thermal Design Of The Flat Roof | p. 1 | |||
The Cold Roof | p. 1 | |||
Cold Roof Ventilation | p. 1 | |||
The Warm Roof | p. 1 | |||
Advantages of the Warm Roof | p. 1 | |||
The Inverted Roof | p. 1 | |||
The Causes Of Premature Bur Failures | p. 1 | |||
Workmanship | p. 1 | |||
Improper Drainage | p. 1 | |||
Effects of Moisture and the Freeze-Thaw Cycle | p. 2 | |||
Blisters | p. 1 | |||
Blister Mechanics | p. 1 | |||
Testing for Moisture | p. 1 | |||
Why Blisters Grow | p. 1 | |||
Other Factors Promoting Blister Growths | p. 1 | |||
Urethane Boards and Blistering | p. 1 | |||
Splitting | p. 1 | |||
Causes of Splitting | p. 1 | |||
Thermal Contraction | p. 1 | |||
Thermal Shock Factor (TSF) | p. 1 | |||
Insulation Movement | p. 1 | |||
Ideal Insulation | p. 1 | |||
Drying Shrinkage | p. 1 | |||
Deck Deflection | p. 1 | |||
Stress Concentrations | p. 1 | |||
How to Improve Membrane-Splitting Resistance | p. 1 | |||
Ridging | p. 1 | |||
How to Prevent Ridging | p. 1 | |||
Membrane Slippage | p. 1 | |||
Preventing Slippage | p. 1 | |||
Delamination | p. 2 | |||
Alligatoring | p. 1 | |||
Surface Erosion | p. 1 | |||
Grease and BUR | p. 1 | |||
Effects of Aging and Oxidation | p. 1 | |||
Effects of Humidity and Temperature | p. 1 | |||
The New Age: Recycling Bur | p. 1 | |||
Major Built-Up Roofing Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 9 | |||
19 | Protected Membrane Roofing (PMR) | p. 20 | ||
Introduction | p. 3 | |||
Advantages Of The Pmr Roofing System | p. 3 | |||
Composite Insulation Innovations In Pmr Systems | p. 1 | |||
Roof Terrace Applications For Pmr Systems | p. 1 | |||
Surface Preparation | p. 1 | |||
Membrane Application | p. 2 | |||
Reroofing Detail Design With Pmr And Its Specification | p. 1 | |||
Reroofing Surface Preparation | p. 1 | |||
Insulation and Filter Cloth | p. 1 | |||
Protected Roofing Membrane Ballast And Pavers | p. 3 | |||
Recent Studies On Protected Membrane Systems - An Overview | p. 1 | |||
References And Further Reading | p. 4 | |||
20 | Hot-Applied Rubberized Asphalt | p. 15 | ||
Introduction | p. 2 | |||
Chemistry | p. 1 | |||
Testing | p. 1 | |||
Water Absorption | p. 1 | |||
Low Temperature Flexibility | p. 1 | |||
Ductility | p. 1 | |||
Toughness-Tenacity | p. 1 | |||
Crack-Bridging | p. 1 | |||
Plasticity (Plastic Flow) | p. 1 | |||
Results | p. 2 | |||
Specifications | p. 1 | |||
Application | p. 1 | |||
Reroofing | p. 1 | |||
Moisture, Preparation, and Dew Point | p. 1 | |||
New Roofing | p. 4 | |||
Hot Applied Rubberized Asphalt Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
21 | Polyurethane Foam PUF Roofing Systems | p. 35 | ||
Introduction | p. 1 | |||
Author'S Note - Terminology | p. 1 | |||
Composition And Chemistry | p. 1 | |||
Application | p. 1 | |||
Application Criteria | p. 2 | |||
Application to Concrete Roof Decks | p. 1 | |||
Application to Wood Roof Decks | p. 1 | |||
Application to Steel Roofs | p. 1 | |||
Application to Fluted Steel Roof Decks | p. 1 | |||
Advantages And Disadvantages | p. 1 | |||
Advantages | p. 1 | |||
Disadvantages | p. 1 | |||
Proper Application Procedures | p. 3 | |||
Spray PUF Equipment Operation And Material Problems | p. 3 | |||
Coverings On Sprayed-In-Place Polyurethane Foam | p. 1 | |||
Introduction | p. 1 | |||
Available Coatings | p. 2 | |||
Coating Advantages and Disadvantages | p. 1 | |||
Advantages | p. 1 | |||
Disadvantages | p. 1 | |||
Granule Application | p. 1 | |||
Inspection And Maintenance | p. 1 | |||
How To Troubleshoot Spray-Polyerethane Foam Equipment | p. 3 | |||
Single Ply Over PUF? | p. 1 | |||
Manufacturers, Distributors And Contractors | p. 4 | |||
Four Important Publications on Polyurethane Foam Roofing Systems | p. 1 | |||
References And Further Reading | p. 5 | |||
22 | Liquid Membranes and Waterproofing Coatings | p. 38 | ||
Introduction | p. 1 | |||
Cold-Applied Roofing Has Been Ignored | p. 2 | |||
Cold Applied Roofing Membranes | p. 1 | |||
Asphaltic Cut-Backs | p. 1 | |||
Asphaltic Emulsions | p. 3 | |||
Solvent-Based Membranes And Coatings | p. 1 | |||
Solvent-based materials and VOC Coating Regulations | p. 2 | |||
Chlorinated Solvents | p. 1 | |||
Water/Emulsion-Based Membranes And Coatings | p. 1 | |||
Emulsion Chemistry | p. 1 | |||
100-Percent Solids Membranes And Coatings | p. 1 | |||
Bituminous Coating Materials | p. 1 | |||
Acrylic Mastic Coatings | p. 2 | |||
Vinylidene Chloride (VDC) Copolymer Coatings | p. 2 | |||
Surface Preparation | p. 1 | |||
Application Of Cold-Applied Liquid Membranes And Coatings | p. 4 | |||
Cold Applied Coatings As A Surfacing Alternative For Hot Bur | p. 1 | |||
Acrylic Coatings Used For Maintenance On Aged Bur | p. 2 | |||
Rcma Manual | p. 1 | |||
Recent Studies On Cold Applied Liquid Membranes And Coatings For Waterproofing - An Overview | p. 8 | |||
Cold Applied Liquid Membrane and Coating Manufacturers | p. 4 | |||
References And Further Reading | p. 1 | |||
Cold Applied Liquid Membranes | p. 1 | |||
Cold Applied Liquid Coatings | p. 3 | |||
23 | Foundation Wall and Underground Waterproofing | p. 46 | ||
Introduction | p. 1 | |||
Dampproofing vs Waterproofing | p. 1 | |||
Effects of water movement | p. 1 | |||
Materials For Waterproofing | p. 6 | |||
Cold-Applied Liquid Waterproofing Membranes | p. 2 | |||
Waterproofing And The Design Professional | p. 2 | |||
Using The Below-Grade Waterproofing Materials Table | p. 1 | |||
Longevity | p. 1 | |||
Crack Bridging | p. 1 | |||
Elastic Properties | p. 1 | |||
Resealability | p. 1 | |||
Leak-Localizing Capability | p. 1 | |||
Resistance to Chemicals | p. 1 | |||
Puncture Resistance | p. 1 | |||
Hydrostatic Pressure Resistance | p. 1 | |||
Permeability and Breathability | p. 1 | |||
Freeze/Thaw Resistance | p. 1 | |||
Shrinkage | p. 1 | |||
Emulsification in Water | p. 1 | |||
Temperature and Humidity Sensitivity | p. 1 | |||
Cure Time | p. 1 | |||
Application and Clean-Up | p. 1 | |||
Quality Control | p. 1 | |||
Compatibility | p. 1 | |||
Safety | p. 1 | |||
Seams and Grade-Line Termination | p. 1 | |||
Production Rates | p. 1 | |||
Substrate Preparation | p. 1 | |||
Adaptability | p. 1 | |||
Accessories | p. 1 | |||
Ease of Job-Site Tie-Ins | p. 1 | |||
Vertical and Horizontal Applications | p. 1 | |||
Protection | p. 1 | |||
Scheduling | p. 1 | |||
Warranty Program | p. 2 | |||
Available Applicators | p. 1 | |||
Cost Effectiveness | p. 1 | |||
Waterproofing Systems For Earth Sheltered Structures | p. 1 | |||
Site Planning | p. 1 | |||
Landscaping | p. 1 | |||
Backfilling and Drainage | p. 1 | |||
Floors and Roofs | p. 1 | |||
Waterproofing Membrane | p. 1 | |||
Recent Studies On Non-Roofing Waterproofing-An Overview | p. 5 | |||
Foundation Wall & Underground Waterproofing Manufacturers | p. 1 | |||
Waterproofing Material Manufacturers And Suppliers | p. 2 | |||
References And Further Reading | p. 1 | |||
Waterproofing Of Earth Shelters, Pools, Reservoirs | p. 1 | |||
Foreign Waterproofing Articles | p. 2 | |||
Waterproofing/Dampproofing Articles, Papers, Research | p. 2 | |||
Concrete Waterproofing | p. 1 | |||
24 | Single-Ply Roofing Membranes | p. 40 | ||
Introduction | p. 1 | |||
Workmanship | p. 1 | |||
Why Single-Ply: An Historical Perspective | p. 1 | |||
The Evolution of Building Design | p. 1 | |||
The European Experience | p. 1 | |||
Technical and Economical Factors | p. 1 | |||
Energy Factors | p. 1 | |||
Labor: Is BUR a Dirty Word? | p. 1 | |||
Bur Battles Back | p. 1 | |||
Polymer Chemistry And Single-Ply | p. 1 | |||
Thermosetting vs. Thermoplastic | p. 1 | |||
Single Ply Classifications | p. 1 | |||
Modified Bitumens | p. 1 | |||
Prefabricated and Reinforced | p. 1 | |||
Hot Applied Rubberized Asphalts (RA) | p. 1 | |||
Cold Applied Liquid Membrane (CLM) | p. 1 | |||
Thermosets (Elastomers) | p. 1 | |||
Thermoplastics | p. 2 | |||
Liquid Applied Systems | p. 1 | |||
Single Ply And System Design | p. 2 | |||
The Ballasted System | p. 1 | |||
The Adhered System | p. 1 | |||
The Mechanically Attached System | p. 1 | |||
A Basis For Selecting Roofing Membranes | p. 1 | |||
Criteria For Selecting A Single-Ply For Your Roof System | p. 1 | |||
Structural Considerations | p. 1 | |||
Deck Composition | p. 1 | |||
Load Bearing Capacity | p. 1 | |||
Deck Penetrations | p. 1 | |||
Wind Uplift and Climatic Variables | p. 1 | |||
Chemical Environment | p. 1 | |||
Roof Access | p. 1 | |||
Aesthetic | p. 1 | |||
Building Codes and Costs | p. 1 | |||
Pinpointing Problems With Single-Ply | p. 1 | |||
Project Pinpoint was initiated by the NRCA in 1974. | p. 1 | |||
Lap Defects | p. 1 | |||
Shrinkage | p. 1 | |||
Tear and Punctures | p. 1 | |||
Delamination | p. 1 | |||
Insulation | p. 1 | |||
Other Problems with Single-Ply | p. 1 | |||
Distribution of Problems | p. 1 | |||
Problems With Moisture And Single-Plies | p. 2 | |||
Single-Ply Alerts For Further Consideration | p. 1 | |||
Design | p. 1 | |||
Field | p. 2 | |||
Conclusion | p. 1 | |||
Manufacturers of Single-ply, BUR or Both | p. 4 | |||
References And Further Reading | p. 11 | |||
25 | Bitumen Modification | p. 26 | ||
Introduction | p. 1 | |||
Viscosity/Rheology | p. 5 | |||
Molecular Weight | p. 1 | |||
Compounding | p. 1 | |||
Penetration | p. 1 | |||
Handling | p. 1 | |||
Bitumen Composition | p. 1 | |||
Broad Characterization Of Bitumen Constituents | p. 1 | |||
Phase Equilibrium and Phase Separation | p. 3 | |||
Polymeric Modifiers | p. 1 | |||
Fillers | p. 2 | |||
Bitumen/Polymer Blending | p. 3 | |||
Aging of Modified Bitumens | p. 4 | |||
Conclusion | p. 1 | |||
References And Further Reading | p. 3 | |||
26 | Modified Bitumen | p. 52 | ||
Introduction | p. 1 | |||
It all started in Italy | p. 1 | |||
Atactic Polypropylene (APP) | p. 1 | |||
Styrene Butadiene Styrene (SBS) | p. 2 | |||
UV Radiation | p. 1 | |||
Fundamentals | p. 1 | |||
Current modified bitumens | p. 1 | |||
Desirable features | p. 1 | |||
Current specifications | p. 1 | |||
Fire ratings | p. 1 | |||
Wind ratings | p. 1 | |||
Composition | p. 1 | |||
Structure of polymer modified bitumens | p. 1 | |||
Mixing and blending of modified bitumen | p. 1 | |||
Sheet manufacture | p. 1 | |||
Reinforcements | p. 1 | |||
Polyester | p. 1 | |||
Fiberglass | p. 1 | |||
Advantages | p. 1 | |||
Disadvantages | p. 1 | |||
Modified's Limitations | p. 1 | |||
Application Precautions | p. 2 | |||
Imperative Selection Guidelines | p. 1 | |||
Technical Distinctives | p. 1 | |||
Product Comparisons | p. 1 | |||
Making the Right Choice | p. 1 | |||
Better Than Bur? | p. 1 | |||
Building Movement | p. 1 | |||
Flashings | p. 1 | |||
Uv Resistance | p. 1 | |||
Performance | p. 1 | |||
Testing | p. 1 | |||
Recent Developments | p. 1 | |||
Specification/Application | p. 1 | |||
Insulation | p. 1 | |||
The Membrane | p. 1 | |||
Recovering Applications | p. 1 | |||
Torch-Applied Safety | p. 5 | |||
Mb Equipment Innovations | p. 1 | |||
Quality Control (Application) | p. 4 | |||
Torching Versus Hot-Mopping (Application) | p. 1 | |||
Modified Bitumen Education | p. 1 | |||
Modified Bitumen Manufacturers and Suppliers | p. 3 | |||
References And Further Reading | p. 13 | |||
27 | Ethylene Propylene Diene Monomer (EPDM) | p. 32 | ||
Introduction And History | p. 1 | |||
Composition | p. 1 | |||
Energy Savings | p. 2 | |||
Application | p. 4 | |||
Fire Resistance | p. 1 | |||
Non-Penetrating Fastening Systems | p. 2 | |||
Polyester Backing Option | p. 2 | |||
Use Of Existing Equipment | p. 1 | |||
Laboratory Performance Tests | p. 5 | |||
Field Quality Control And Lab Testing | p. 3 | |||
Talc-Free EPDM Spliced with Butyl Tapes | p. 3 | |||
Other Epdm Products | p. 1 | |||
Price | p. 1 | |||
EPDM Manufacturers and Suppliers | p. 2 | |||
References And Further Reading | p. 5 | |||
28 | Vulcanized (Cured) Elastomers | p. 12 | ||
Introduction | p. 1 | |||
Neoprene | p. 1 | |||
Introduction | p. 1 | |||
Composition | p. 1 | |||
The Two Types of Neoprene | p. 1 | |||
Description of General Purpose Neoprenes | p. 1 | |||
Description of Adhesive Type Neoprenes | p. 1 | |||
Processing Neoprenes | p. 1 | |||
Functions, Applications, Specifications and Installation of Neoprene | p. 2 | |||
Using Neoprenes for Recovering Roofs | p. 1 | |||
Neoprene Weight Limitations | p. 1 | |||
Effect of Chemical Contamination | p. 1 | |||
Additional Insulation | p. 1 | |||
NITRILE BUTADIENE POLYBLENDS (NBPs) | p. 1 | |||
Composition | p. 2 | |||
NBP Manufacturers | p. 2 | |||
Vulcanized (Cured) Elastomers Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
29 | Non-Vulcanized (Uncured) Elastomers | p. 12 | ||
Introduction | p. 1 | |||
A Generic Look At Uncured Polymers | p. 1 | |||
"There'S Nothing Magic About Curing" | p. 1 | |||
Elastomer Groups | p. 1 | |||
Cspe | p. 1 | |||
Cspe Advantages | p. 1 | |||
Cspe Disadvantages | p. 1 | |||
Cpe | p. 1 | |||
Hypalon/CPE Composite Membrane | p. 1 | |||
Nbp | p. 1 | |||
Non-Vulcanized Thermoplastic Elastomer Performance Review | p. 1 | |||
Chlorinated Polyethylene (Cpe) | p. 1 | |||
Chlorosulfonated Polyethylene (Cspe) | p. 1 | |||
Polyisobutylene (Pib) | p. 1 | |||
NITRILE ALLOY with BUTADIENE ACRYLONITRILE COPOLYMERS (NBP) | p. 1 | |||
Insulation Information | p. 1 | |||
Repairing Cured Material | p. 1 | |||
Application Details | p. 2 | |||
Non-Vulcanized (Uncured) Elastomers Mfrs & Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
30 | Thermoplastic Single-Ply Membranes | p. 6 | ||
Introduction | p. 1 | |||
Eip | p. 1 | |||
Hyload | p. 2 | |||
Thermoplastic Single-Ply Membranes Manufacturers and Suppliers | p. 1 | |||
31 | Poly(vinyl) Chloride (PVC) | p. 53 | ||
Introduction | p. 1 | |||
History | p. 1 | |||
Composition | p. 1 | |||
PVC Compounding | p. 3 | |||
The Importance of Plasticizers | p. 2 | |||
Dimensional Stability | p. 2 | |||
Thermal Stability | p. 1 | |||
Chemical Resistance And Compatibility | p. 1 | |||
Application | p. 1 | |||
The Do's of PVC | p. 1 | |||
The Don'ts of PVC | p. 1 | |||
Lap Joints | p. 2 | |||
Flashings | p. 2 | |||
Nightly Tie-Offs | p. 1 | |||
Partial Retrofit Projects | p. 3 | |||
Standards And Specifications | p. 3 | |||
New Guidelines | p. 2 | |||
Testing | p. 1 | |||
Temperature-Induced Load | p. 1 | |||
Heat Aging | p. 1 | |||
Accelerated Weathering | p. 1 | |||
Puncture Damage | p. 1 | |||
Shattering of PVC | p. 1 | |||
Symptoms and Conditions | p. 1 | |||
Maintenance and Repairs | p. 2 | |||
Other Defects | p. 2 | |||
Tensile Tests | p. 2 | |||
Recent Studies On Pvc Roofing Membranes - An Overview | p. 5 | |||
Past and Present PVC Technology Contributors | p. 1 | |||
References And Further Reading | p. 11 | |||
32 | Polyisobutylene (PIB) | p. 13 | ||
Introduction | p. 1 | |||
Advantages | p. 1 | |||
What are the advantages of the PIB system? | p. 1 | |||
Application | p. 1 | |||
Chemistry | p. 1 | |||
The System Itself | p. 1 | |||
Limitations | p. 2 | |||
Alternative Application Problems | p. 1 | |||
Repair Methods | p. 1 | |||
Manufacture | p. 1 | |||
Partially Adhered | p. 1 | |||
Contractor's Comments | p. 1 | |||
New Construction | p. 3 | |||
References And Further Reading | p. 1 | |||
33 | Adhesion and Adhesives | p. 52 | ||
Introduction | p. 1 | |||
Terms Used In Adhesion Science And Technology | p. 2 | |||
The Theory Of Adhesion | p. 1 | |||
Adhesion Bonds | p. 2 | |||
Surface energy of solids | p. 1 | |||
Interdiffusion theory | p. 1 | |||
Wetting and setting | p. 2 | |||
Wood As An Adherend | p. 1 | |||
Basic structure of wood | p. 1 | |||
Bulk properties of wood | p. 3 | |||
Plastics As Adherends | p. 1 | |||
Bulk properties of plastics | p. 3 | |||
Surfaces of plastics and their preparation for bonding | p. 1 | |||
Metals As Adherends | p. 3 | |||
Metal surfaces and their preparation for bonding | p. 1 | |||
Bonding elastomers to metal substrates | p. 1 | |||
Selecting An Adhesive | p. 1 | |||
Natural And Synthetic Rubber Adhesives | p. 2 | |||
Hot Melt Adhesives | p. 1 | |||
Thermoplastic rubbers | p. 1 | |||
Adhesive Emulsions | p. 1 | |||
Acrylic Adhesives | p. 1 | |||
Phenolic Resin Adhesives | p. 1 | |||
Urea-formaldehyde | p. 1 | |||
Polyurethane And Isocyanate Based Adhesives | p. 1 | |||
Epoxy Resins | p. 1 | |||
Asphalt As An Adhesive | p. 1 | |||
Testing | p. 1 | |||
Tests on adhesives | p. 1 | |||
Tests on bonded joints and assemblies | p. 2 | |||
Testing Adhesives Prior To Bonding | p. 3 | |||
Tests For Screening New Adhesive Products | p. 2 | |||
Non-Destructive Testing | p. 2 | |||
Adhesion And Cohesion Of Rubberized Asphalts | p. 1 | |||
Adhesion Of Coatings | p. 2 | |||
Other Useful Adhesive Information | p. 3 | |||
Adhesive Storage | p. 1 | |||
Adhesive Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 6 | |||
34 | Sealants, Caulks and Joint Movement | p. 39 | ||
Introduction | p. 1 | |||
Building Joints and Their Theoretical Function | p. 1 | |||
Building Joint Types | p. 1 | |||
Construction Joints | p. 1 | |||
Movement and Butt Joints | p. 1 | |||
Non-Working and Static Joints | p. 1 | |||
Contraction Joints | p. 1 | |||
Expansion and Isolation Joints | p. 1 | |||
Design Considerations | p. 1 | |||
Joint Dimension - Minimum Width and Depth | p. 1 | |||
Difficult Substrates | p. 1 | |||
Surface Preparation | p. 1 | |||
Joint Adjustment | p. 1 | |||
Joint Contaminants | p. 1 | |||
Solvents | p. 1 | |||
Plastic Substrates | p. 1 | |||
Miscellaneous Substrates | p. 1 | |||
Priming | p. 1 | |||
Primer, solvent and sealant safety and handling | p. 1 | |||
Accessory Materials | p. 1 | |||
Filler Boards | p. 1 | |||
Foam Filler - Back-up Rod | p. 1 | |||
Bond-Breakers | p. 1 | |||
Back-up Materials | p. 1 | |||
Caulking Compounds | p. 1 | |||
Oil-Based Caulks | p. 1 | |||
Butyl Caulks | p. 1 | |||
Acrylic Latex Caulks | p. 1 | |||
Solvent-Release Acrylic Caulks | p. 1 | |||
Elastomeric Sealants | p. 3 | |||
Sealant Classification | p. 1 | |||
Curing Of Sealants | p. 1 | |||
Application Tips In Adverse Environments | p. 1 | |||
Incompatibility | p. 1 | |||
Causes of Failure | p. 2 | |||
Tooling And Finishing | p. 1 | |||
Selecting Sealants, Sealant Manufacturers, And Applicators | p. 1 | |||
Testing And Evaluation Of Sealants | p. 13 | |||
Adhesive, Caulking, and Sealant Manufacturers and Suppliers | p. 2 | |||
References And Further Reading | p. 3 | |||
35 | Lap Joint Techniques for Single-Ply Membranes | p. 41 | ||
Introduction | p. 1 | |||
Lap Joint History | p. 2 | |||
Types Of Lap Joints | p. 1 | |||
Thermoplastic Materials | p. 1 | |||
Thermoset Materials | p. 1 | |||
Modified Bitumens | p. 1 | |||
Plastic film parting agents | p. 1 | |||
Types Of Roofing Systems | p. 1 | |||
One-Part Butyl Adhesive Lap Joints For Epdm | p. 1 | |||
Application method for butyl adhesive | p. 5 | |||
What can go wrong and why | p. 2 | |||
Butyl Tapes For Epdm | p. 2 | |||
Neoprene For Epdm Lap Joints | p. 1 | |||
HEAT-WELDABLE EPDMs | p. 1 | |||
Hot Air Welding | p. 2 | |||
Other Methods Of Achieving A Lap Joint | p. 3 | |||
Lap Joint Quality Assurance | p. 1 | |||
Surface preparation | p. 1 | |||
Checking seam integrity | p. 4 | |||
Lap Joint Testing | p. 1 | |||
Joint Integrity | p. 1 | |||
One-part butyl-based and neoprene-based adhesive lap joints | p. 3 | |||
Single-Ply Field Seam Evaluation | p. 5 | |||
Organizations | p. 1 | |||
References And Further Reading | p. 4 | |||
36 | Fabric Roofs | p. 34 | ||
Introduction | p. 2 | |||
Fabric Structure Science: How And Why It Works | p. 1 | |||
History Of Fabric Roofs | p. 1 | |||
Developed For Decades | p. 1 | |||
Portable Structures | p. 1 | |||
Design Characteristics | p. 1 | |||
High Tensile And Tear Strengths | p. 1 | |||
Excellent Coating Adhesion | p. 1 | |||
Non-Wicking | p. 1 | |||
Dimensional Stability | p. 1 | |||
Flame Resistance | p. 1 | |||
Resistance To Fungus And Mildew Growth | p. 1 | |||
Weldability | p. 1 | |||
Chemical Resistance | p. 1 | |||
Extended Life Span | p. 2 | |||
Energy Factors | p. 1 | |||
The Dead Air Factor | p. 2 | |||
Energy Balance | p. 1 | |||
Future Fabric Schemes | p. 4 | |||
Testing | p. 2 | |||
Testing Synopsis | p. 1 | |||
Damaged Material Assessment | p. 1 | |||
Application | p. 1 | |||
Tension | p. 4 | |||
Disadvantages | p. 1 | |||
Performance | p. 1 | |||
Compliance | p. 1 | |||
Future Trends | p. 1 | |||
Summary | p. 3 | |||
Fabric Roof Major Manufacturers and Suppliers | p. 1 | |||
References And Further Reading | p. 2 | |||
37 | Standing Seam Metallic Roofing Systems | p. 50 | ||
Introduction | p. 1 | |||
Groups And Types Of Sheet Metal Roofs | p. 3 | |||
Materials And Design | p. 2 | |||
Slope Considerations | p. 1 | |||
Finishes On Metals | p. 1 | |||
Anodizing | p. 1 | |||
Hardcoat Process | p. 1 | |||
Two-Step Hardcoat Process | p. 1 | |||
Porcelains | p. 1 | |||
Powdered Metal Coatings | p. 1 | |||
Architectural Coatings | p. 1 | |||
Siliconized Acrylic and Polyester Paints | p. 1 | |||
Fluoropolymers | p. 1 | |||
Acrylic Polyurethanes | p. 2 | |||
Metal Building Insulation | p. 2 | |||
Condensation And Ventilation | p. 1 | |||
Thermal Expansion And Contraction | p. 1 | |||
Expansion Joints | p. 1 | |||
Galvanic Action | p. 1 | |||
Erosion | p. 1 | |||
Staining | p. 1 | |||
Installation | p. 1 | |||
Preparation of the Substrate | p. 1 | |||
Panformers | p. 1 | |||
Fastening Techniques For Metal Roofing Systems | p. 1 | |||
Concrete Decks | p. 1 | |||
Steel Decks | p. 1 | |||
Vapor Retarders | p. 1 | |||
Copper Roofing Installation | p. 1 | |||
Reroofing With Metal | p. 1 | |||
Reroofing over BUR | p. 2 | |||
Reroofing over Metal | p. 1 | |||
Metal Roof Maintenance | p. 1 | |||
Paints | p. 1 | |||
Coatings | p. 1 | |||
Sealants | p. 1 | |||
Maintenance Systems | p. 1 | |||
Quality Control, Performance, Standards & Metal Roofing Publications | p. 4 | |||
Recent Studies On Metal Roofing - An Overview | p. 2 | |||
Metal Roofing Educational Courses | p. 2 | |||
Zinc Roofing | p. 1 | |||
Copper Roofing | p. 1 | |||
Metal Roof Terminations | p. 1 | |||
Metal Roofing Manufacturers And Suppliers | p. 3 | |||
References And Further Reading | p. 7 | |||
38 | Fasteners and Fastening Techniques | p. 43 | ||
Foreword | p. 1 | |||
Introduction | p. 1 | |||
General Fastener Information | p. 1 | |||
History | p. 1 | |||
Fastener Application | p. 1 | |||
Inspect the deck | p. 1 | |||
Check the insulation | p. 1 | |||
Pull-Out Tests | p. 1 | |||
Determine the fastening pattern | p. 1 | |||
Thermal Bridging | p. 3 | |||
Installation | p. 1 | |||
Safety | p. 1 | |||
Screw-Type Fasteners And Fastening Systems | p. 2 | |||
Performance | p. 1 | |||
Analytical Fastener Design | p. 2 | |||
Wood Decks | p. 1 | |||
Equipment | p. 1 | |||
Nail-Type Fastening And Fastening Systems | p. 1 | |||
Equipment | p. 1 | |||
Nailing Asphalt Shingles | p. 1 | |||
Staple-Type Fasteners And Fastening Systems | p. 1 | |||
Equipment | p. 1 | |||
Anchor-Type Fasteners And Fastening Systems | p. 1 | |||
Concrete decks | p. 2 | |||
Tectum or Precast Lightweight Concrete | p. 1 | |||
Equipment | p. 1 | |||
Termination-Bars And Systems | p. 1 | |||
Non-Penetrating Fasteners | p. 1 | |||
Fastening Clay Or Concrete Tiles | p. 1 | |||
History | p. 1 | |||
Fastening Roofing Tiles | p. 2 | |||
Tile Tie Systems | p. 2 | |||
Tiles In High Wind Areas | p. 1 | |||
New Tile Adhesive | p. 1 | |||
Corrosion And Fasteners | p. 1 | |||
Mechanical Fastener Testing And Research | p. 2 | |||
Fastener Standards | p. 1 | |||
Major U.S. Fastener Manufacturers And Suppliers | p. 11 | |||
References And Further Reading | p. 3 | |||
39 | Corrosion Problems and Preventive Measures | p. 57 | ||
Introduction | p. 1 | |||
What Is Corrosion? | p. 1 | |||
The Principle Of Galvanic Corrosion | p. 2 | |||
Types Of Corrosion | p. 1 | |||
General Corrosion | p. 1 | |||
General Corrosion: growth | p. 1 | |||
Galvanic Corrosion | p. 2 | |||
Corrosion by Aeration Cells | p. 6 | |||
Biochemical Corrosion | p. 1 | |||
Chemical Corrosion | p. 3 | |||
Localized Corrosion (pitting) | p. 1 | |||
Stress Corrosion Cracking | p. 2 | |||
Corrosion Prevention | p. 1 | |||
Coatings | p. 3 | |||
Corrosion Rate | p. 2 | |||
The Speed of Corrosion of Carbon Steel | p. 3 | |||
Corrosion of Zinc and Galvanized Steel | p. 2 | |||
Stainless Steels and Duplex Systems | p. 1 | |||
Stainless Steel | p. 1 | |||
Austenitic Stainless Steels | p. 1 | |||
Ferritic Stainless Steels | p. 1 | |||
Martensitic Stainless Steels | p. 1 | |||
Corrosion of Stainless Steels | p. 1 | |||
Fastener/Steel Sheet Interaction | p. 3 | |||
Corrosion In Timber | p. 1 | |||
Corrosion In Steel Reinforcing Of Concrete | p. 2 | |||
Cathodic Protection Systems | p. 2 | |||
Design Considerations for Cathodic Protection Systems | p. 1 | |||
Cathodic Protection System Types | p. 1 | |||
Testing For Corrosion Resistance | p. 1 | |||
ASTM Committee G-1 | p. 1 | |||
Guideline Methods | p. 1 | |||
General Test Methods | p. 2 | |||
Specific Test Methods | p. 1 | |||
Reference Methods | p. 1 | |||
Corrosivity Measurement Standards | p. 1 | |||
Corrosion Forums and Control for Infrastructure | p. 1 | |||
Corrosion Testing Related to Roofing | p. 1 | |||
Kesternich Test (DIN-50018) | p. 1 | |||
Salt Spray Test | p. 1 | |||
Recent Studies On Corrosion - An Overview | p. 7 | |||
References And Further Reading | p. 3 | |||
40 | Special, Unique and Exotic Roofs | p. 49 | ||
Introduction | p. 1 | |||
Roofing And Aesthetics | p. 1 | |||
Advanced Roofing Technology | p. 1 | |||
Photovoltaic Roofing Systems | p. 1 | |||
Air Curtain Roofs | p. 1 | |||
Definition | p. 1 | |||
The Structure | p. 8 | |||
References And Further Reading | p. 38 |
Volume One | Volume Two | Top
Volume
Two
Chapters 41 to 80 - 1,600 Pages |
||||
Chapter Name | Pgs | |||
41 | Roof Accessories and Components | p. 33 | ||
Introduction | p. 1 | |||
Prefabricated Roof Accessories | p. 1 | |||
Penetrations | p. 1 | |||
Cant Strips | p. 1 | |||
Cooling Systems - Roof | p. 1 | |||
Access - Roof Ladders | p. 1 | |||
Closures - Edge And Ridge | p. 2 | |||
Coping | p. 1 | |||
Cupolas | p. 1 | |||
Curbs | p. 1 | |||
Drains & Strainers | p. 1 | |||
Drip Edges | p. 1 | |||
Equipment Stands, Mounting (HVAC) | p. 1 | |||
Curb Criteria for Roof Mounted Equipment | p. 1 | |||
Stand Mounting Criteria | p. 1 | |||
Unit Installation | p. 1 | |||
Expansion Joints | p. 1 | |||
Fans - Exhaust And Smoke Extract | p. 1 | |||
Fascia | p. 1 | |||
Flashings | p. 1 | |||
Gravel Stops | p. 1 | |||
Gutters & Down Spouts | p. 1 | |||
Guy Wire Supports - Fall Arrest Safety Roof Anchors | p. 2 | |||
Hatches & Scuttles | p. 1 | |||
Lightning Protection Systems | p. 4 | |||
Pavers | p. 1 | |||
Pipe Supports | p. 1 | |||
Pitch Pockets | p. 2 | |||
Scuppers | p. 1 | |||
Skylights | p. 1 | |||
Valleys | p. 1 | |||
Vents | p. 1 | |||
Walkways & Traffic/Protection Boards | p. 1 | |||
Accessory Manufacturers and Suppliers | p. 9 | |||
References And Further Reading | p. 1 | |||
42 | Awnings | p. 6 | ||
Introduction | p. 1 | |||
Materials | p. 1 | |||
Protectiive Functions | p. 1 | |||
Codes | p. 1 | |||
Application | p. 2 | |||
Characteristics | p. 1 | |||
Advantages | p. 1 | |||
References And Further Reading | p. 1 | |||
Awning Manufacturers and Suppliers | p. 1 | |||
43 | Roof Drainage Systems | p. 19 | ||
Introduction | p. 1 | |||
Why drain the roof? | p. 2 | |||
Roof Drains | p. 1 | |||
Composition | p. 1 | |||
Installation Guidelines | p. 1 | |||
Sizing and Location of Drains | p. 1 | |||
Hydrostatic Pressure | p. 1 | |||
Further Considerations | p. 3 | |||
Design | p. 1 | |||
Allowing for Deflection | p. 2 | |||
Drain Codes | p. 1 | |||
Drain Guards | p. 1 | |||
Splash Blocks | p. 1 | |||
Dry Wells | p. 6 | |||
References And Further Reading | p. 1 | |||
44 | Expansion Joints and Building Movement | p. 19 | ||
Introduction | p. 1 | |||
Stress-Strain Loading | p. 4 | |||
Expansion Joints | p. 1 | |||
Joints In Conventional And Modern Roofing Systems | p. 1 | |||
Membrane Control Joints | p. 1 | |||
Unbonded Membrane | p. 1 | |||
Roof Expansion Joint | p. 1 | |||
Roof Dividers | p. 1 | |||
Recent Studies On Expansion Joints - An Overview | p. 2 | |||
Application Of Expansion Joints | p. 1 | |||
Expansion Joint Cover Assemblies | p. 4 | |||
References And Further Reading | p. 2 | |||
45 | Flashings and Counterflashings | p. 21 | ||
Introduction | p. 1 | |||
Types Of Flashing | p. 1 | |||
Base Flashing | p. 1 | |||
Chimney Flashing | p. 1 | |||
Conical-Style Flashing | p. 1 | |||
Coping or Cap Flashing | p. 1 | |||
Counterflashing | p. 1 | |||
Eaves Flashing | p. 1 | |||
Fascia Flashing | p. 1 | |||
Gable Rake Flashing | p. 1 | |||
Gravel Stops | p. 1 | |||
Step Flashing or Shingle Flashing | p. 1 | |||
Through-Wall Flashing | p. 1 | |||
Valley Flashing | p. 1 | |||
Sheet Metal for Flashings | p. 1 | |||
General Considerations | p. 2 | |||
Perimeter Flashing and Scuppers | p. 2 | |||
Penetration, Projection and Equipment Stand Flashing | p. 2 | |||
Expansion Joints | p. 1 | |||
Flashing The Built-Up And Modified Bitumen Roofing Systems | p. 1 | |||
BUR Base Flashings | p. 1 | |||
Compatibility | p. 1 | |||
Expansion Joints for BUR Systems | p. 1 | |||
Flashing The Single-Ply Membrane System | p. 1 | |||
Single-Ply Membrane Base Flashing | p. 1 | |||
Single-Ply Copings | p. 1 | |||
Flashing The Sheet Metal And Standing Seam Roofing Systems | p. 1 | |||
Summary/Conclusions | p. 2 | |||
Manufacturer's Binders | p. 1 | |||
References And Further Reading | p. 2 | |||
46 | Skylights and Roof Windows | p. 38 | ||
Introduction | p. 1 | |||
A Few Disadvantages | p. 1 | |||
Energy Efficiency | p. 1 | |||
Statistics | p. 1 | |||
Composition | p. 1 | |||
Basic Mounting Types | p. 2 | |||
Basic Glazing Types | p. 1 | |||
Basic Functional Types | p. 1 | |||
Appearance | p. 1 | |||
Shading | p. 2 | |||
Framing (Or Curb) Materials | p. 1 | |||
Installation | p. 1 | |||
Flashings | p. 1 | |||
Galvanic Action | p. 1 | |||
Fasteners | p. 1 | |||
Engineering | p. 1 | |||
Expansion joints | p. 2 | |||
Gutters | p. 1 | |||
Sealants | p. 1 | |||
Light Wells | p. 4 | |||
Noise Reduction | p. 1 | |||
Pre-Installation Testing and Warranties | p. 1 | |||
Certification | p. 7 | |||
Standards | p. 1 | |||
Lead Times | p. 1 | |||
Installing A Skylight In Residential Structures | p. 3 | |||
Cutting the Roof Opening | p. 8 | |||
Specialized Products | p. 1 | |||
Skylight Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 3 | |||
47 | Roof Vents | p. 16 | ||
Introduction | p. 1 | |||
Vent Types | p. 1 | |||
Net Free Area | p. 1 | |||
Blister Vents - Compact roofs | p. 2 | |||
Breather or Stack Vents - Compact roofs | p. 1 | |||
Eave or Soffit Vents - Framed roofs | p. 1 | |||
Gable-End Vents - Framed roofs | p. 1 | |||
Insulated Vents - Compact roofs | p. 1 | |||
One-Way Vents | p. 1 | |||
Passive or Static Vents | p. 1 | |||
Powered Vents | p. 1 | |||
Ridge Vents - Framed roofs | p. 1 | |||
Roof Vents - Framed roofs | p. 1 | |||
Safety Vents - Compact roofs | p. 1 | |||
Solar Vents - Framed and compact roofs | p. 1 | |||
Two-Way Vents | p. 1 | |||
Verge or Rake Vents - Framed roof | p. 1 | |||
Wicks Used for Drying Out Insulation | p. 1 | |||
Vent Flashing | p. 3 | |||
Explosion Relief Vents | p. 1 | |||
References And Further Reading | p. 2 | |||
48 | Aggregates, Granules and Protective Layers | p. 34 | ||
Introduction | p. 1 | |||
Gravel | p. 4 | |||
Gravel for Built-Up Roofing Surfacing | p. 1 | |||
Gravel for Ballast in Loosely-Laid Single Ply | p. 1 | |||
Gravel Application | p. 1 | |||
Mineral Granules For Roll Roofing, Asphalt Shingles And Cold-Applied Liquid Membranes And Coatings | p. 1 | |||
The History of Roofing Granules | p. 3 | |||
Elimination of Segregation in Roofing Granules | p. 1 | |||
Granule Surfacing Weight-In the Production of Asphalt Roofing Shingles | p. 1 | |||
Embedding of Surface Granules | p. 1 | |||
Particle Size | p. 2 | |||
Pavers | p. 1 | |||
Ease of Maintenance | p. 1 | |||
Weight Divisions | p. 1 | |||
Paver Application | p. 1 | |||
Paver Application Safety and Other Considerations | p. 2 | |||
Walkways | p. 3 | |||
Walkway Pad Application | p. 1 | |||
Raised Metal Walkway Application | p. 1 | |||
Studies On Protective Layers In Roofing - An Overview | p. 3 | |||
Manufacturers/Suppliers Of Aggregate Granules And Gravels | p. 1 | |||
Manufacturers/Suppliers Of Walkway Pads, Protection Boards, And Elevated Walkway Systems | p. 1 | |||
Manufacturers/Suppliers Of Ballast Pavers | p. 1 | |||
References And Further Reading | p. 1 | |||
Aggregates | p. 1 | |||
Pavers | p. 1 | |||
Walkways | p. 1 | |||
49 | Moisture and Roofing | p. 25 | ||
Introduction | p. 1 | |||
What is Condensation? | p. 1 | |||
Sources Of Moisture | p. 3 | |||
"Breathable" Single-Ply Membranes | p. 1 | |||
Precipitation | p. 1 | |||
Movement Of Moisture | p. 1 | |||
Vapor Transmission, Diffusion and Pressure | p. 2 | |||
Loft Conversion | p. 1 | |||
Capillary Action | p. 1 | |||
Effects Of Moisture | p. 1 | |||
Moisture and Temperature | p. 1 | |||
Moisture's Effect on Insulation | p. 2 | |||
Moisture and Thermal Resistance | p. 2 | |||
Moisture's Effect on Roofing Membranes | p. 3 | |||
Control Of Moisture | p. 1 | |||
Vapor Retarders | p. 1 | |||
Removal of Moisture | p. 3 | |||
References And Further Reading | p. 6 | |||
50 | Moisture Measurement in the Field | p. 16 | ||
Introduction | p. 1 | |||
Moisture Measurement Techniques | p. 1 | |||
Moisture Surveys | p. 1 | |||
Measurement Of Moisture | p. 1 | |||
Non-Destructive Moisture Measurement Techniques | p. 1 | |||
Destructive Moisture Measurement Techniques | p. 1 | |||
Principles Of Roof Moisture Survey Devices | p. 6 | |||
New Field Moisture Detector for EPDM Roofs | p. 1 | |||
Aerial Thermography | p. 1 | |||
Capacitance Roof Monitoring Systems | p. 1 | |||
Further Information on Nuclear Meters | p. 1 | |||
Note | p. 1 | |||
Moisture Detection Equipment Manufacturers and Suppliers | p. 1 | |||
Moisture Measuring Equipment Manufacturers and Suppliers | p. 1 | |||
Moisture Measurement Inspection Services | p. 1 | |||
References And Further Reading | p. 3 | |||
51 | Moisture Measurement in the Laboratory | p. 18 | ||
Introduction | p. 1 | |||
Moisture Forms | p. 1 | |||
Moisture And Its Effects On Materials | p. 1 | |||
Qualitative Testing Methods | p. 2 | |||
Quantitative Testing | p. 2 | |||
Quantitative Measurement Methods | p. 1 | |||
Infrared Measurement | p. 1 | |||
Suction Measurement | p. 3 | |||
Measuring Moisture In Wood | p. 2 | |||
Gravitimetric Measurement | p. 1 | |||
Fischer Titration | p. 1 | |||
Calcium Carbide Pressure | p. 2 | |||
Laboratory Equipoment Manufacturers And Suppliers | p. 1 | |||
References And Further Reading | p. 1 | |||
52 | Ice & Snow Effects on Roofing | p. 46 | ||
Introduction | p. 1 | |||
Deposition of Snow | p. 1 | |||
Problems of Measuring and Evaluating Snow Cover | p. 1 | |||
Snow Cover | p. 1 | |||
Convective Snowfall | p. 1 | |||
Snow Transport | p. 1 | |||
Snow Density | p. 1 | |||
Snow Load Considerations On Roofs | p. 3 | |||
Ground snow load | p. 1 | |||
Roof snow load | p. 1 | |||
Full and partial loading | p. 1 | |||
Snow load coefficients | p. 1 | |||
Roofs exposed to wind | p. 1 | |||
Rain loads | p. 1 | |||
Basic Snow Load Coefficients and Modifications to the Coefficients | p. 4 | |||
Sliding Snow On Sloping Roofs | p. 1 | |||
The Mechanics of Sliding Snow | p. 1 | |||
Obstructions to Sliding Snow and Design Considerations | p. 1 | |||
Hazardous Area Below Sloping Roofs | p. 1 | |||
Lateral Forces on Snow Fences and Other Obstructions | p. 1 | |||
Problems due to Ice and Meltwater from Retained Snow | p. 1 | |||
Snowloading and Design | p. 1 | |||
Properties Of Ice | p. 1 | |||
Ice Dams on Sloping Roofs of Residential Structures | p. 1 | |||
The "Cold Roof" | p. 2 | |||
"Cold Roof" or "Uniform Roof?" | p. 1 | |||
Effect Of Freezing And Thawing (Freeze/Thaw Cycles) Of Ice On Roofing Membranes | p. 1 | |||
Design for Frost Durability | p. 1 | |||
Membrane splitting | p. 2 | |||
Recent Studies On Ice And Freeze/Thaw Cycling - An Overview | p. 1 | |||
Ice Lens Formation | p. 2 | |||
Freezing/Thaw Cycle Effects on Roofing | p. 4 | |||
Temperature Of Bituminous Roofing Membrane And Its Relation To Ambient Conditions | p. 10 | |||
References And Further Reading | p. 7 | |||
53 | Fire and Roofs | p. 45 | ||
Introduction | p. 1 | |||
Fire Terminology | p. 1 | |||
Chemistry | p. 3 | |||
Smoke Evolution | p. 2 | |||
Fire Considerations In Roof Design | p. 1 | |||
Computers In Fire Science | p. 1 | |||
Fire Codes, Standards And Testing | p. 1 | |||
Roofs and Fire | p. 3 | |||
Combustible And Non-Combustible Roof Decks | p. 1 | |||
Fire Ratings And Built-Up Roofing (Bur) | p. 2 | |||
Fire Ratings And Single Plies | p. 1 | |||
Fire from without (exterior) | p. 1 | |||
Underwriters Laboratories, Inc.-UL 790, ASTM E-108 | p. 2 | |||
Intermittent-flame test | p. 1 | |||
Burning brand test | p. 1 | |||
Spread of flame test | p. 2 | |||
Factory Mutual Research and Engineering | p. 1 | |||
The Calorimeter Test | p. 1 | |||
GM Fire in Livonia, Michigan - 1953 | p. 2 | |||
Warnock Hersey Labs | p. 1 | |||
Conducted Fire Tests And Other Relevant Information | p. 7 | |||
International Fire Rating Standards | p. 1 | |||
British Standard BS 476 - Fire Tests on Building Materials and Structures: | p. 1 | |||
Fire Note No. 4, London, HMSO 1970 | p. 1 | |||
Deutche Industrie Normen (DIN) - (German Industrial Standard) | p. 1 | |||
Fire Retardant Treated (Frt) Products | p. 1 | |||
Corrosion | p. 1 | |||
Structural deterioration | p. 2 | |||
Inspection | p. 1 | |||
Fire Retardant And Fire Resistant Products | p. 3 | |||
References And Further Reading | p. 6 | |||
54 | Wind Effects on Roofing | p. 49 | ||
Introduction | p. 1 | |||
Effect of Wind on Roofs | p. 2 | |||
Wind Load | p. 2 | |||
BUR Application | p. 1 | |||
Securing Roof Components | p. 4 | |||
Test Apparatus | p. 1 | |||
Field Observations | p. 4 | |||
Insufficient Data | p. 1 | |||
Hurricanes And Tornadoes | p. 1 | |||
Hurricanes | p. 4 | |||
Tornadoes | p. 1 | |||
Ballasted Systems | p. 2 | |||
Mechanically Fastened Systems | p. 5 | |||
Asphalt Shingles | p. 6 | |||
Performance of Roofing Systems in Hurricane Hugo | p. 1 | |||
Factory Mutual Bulletins And Approval Guides | p. 1 | |||
Wind Uplift Field Testing Services | p. 1 | |||
Buildings Designed For Wind Extremes | p. 1 | |||
Roofing Systems Designed To Exploit Wind'S Effects | p. 1 | |||
Workshops | p. 2 | |||
Computerized Satellite Weather Service | p. 5 | |||
References And Further Reading | p. 6 | |||
55 | Test Methods for Evaluating Roofing Materials | p. 33 | ||
Introduction | p. 2 | |||
Performance Criteria For Roofing Materials | p. 6 | |||
Individual Roofing Material Tests | p. 1 | |||
Accelerated Heat Aging - Xenon-arc and Fluorescent UV-Condensation | p. 1 | |||
Accelerated Lap Joint Performance Test for Modified Bitumen | p. 1 | |||
Cone Penetration | p. 1 | |||
Puncture Tests | p. 1 | |||
Thermal Analysis | p. 1 | |||
Thermo Mechanical Analysis | p. 1 | |||
Differential Scanning Calorimetry | p. 1 | |||
Low Temperature Flexibility | p. 1 | |||
Granule Embedment | p. 1 | |||
Hydrostatic Pressure Resistance | p. 2 | |||
Load Twist Test | p. 1 | |||
Wheel Barrow Test | p. 1 | |||
Wind Uplift Testing | p. 1 | |||
Heat Stability Test | p. 1 | |||
Cold Room Testing | p. 2 | |||
Toughness/Tenacity Test | p. 4 | |||
Corrosion Test | p. 1 | |||
Quality Control Testing | p. 1 | |||
Relevance of Laboratory Test Methods to Actual Field Performance | p. 1 | |||
Laboratory Equipment And Instrumentation | p. 1 | |||
Laboratory Certification And Accreditation | p. 1 | |||
Conclusion | p. 2 | |||
References And Further Reading | p. 4 | |||
56 | Testing Laboratories and Equipment | p. 47 | ||
Introduction | p. 1 | |||
Testing Laboratories | p. 1 | |||
Management and Guidelines | p. 1 | |||
Accreditation Agencies | p. 1 | |||
Waste Disposal | p. 1 | |||
Selected List Of Testing Laboratories | p. 5 | |||
Testing Equipment | p. 1 | |||
Chemical Analysis | p. 1 | |||
Infrared Spectroscopy | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 2 | |||
Ultraviolet Spectroscopy | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
Atomic Absorption Spectrophotometry | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
Mass Spectrometry | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Field of Application | p. 1 | |||
Qualitative Uses | p. 1 | |||
Quantitative Use | p. 1 | |||
X-Ray Fluorescence Spectrometry | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
X-Ray Diffraction | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Gas Chromatography | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
Gel Permeation Chromatography | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
Electron Microscopy | p. 1 | |||
Scope of Method | p. 1 | |||
Principle of Method | p. 1 | |||
Available Instrumentation | p. 1 | |||
Fields of Application | p. 1 | |||
Qualitative Use | p. 1 | |||
Quantitative Use | p. 1 | |||
Nuclear Magnetic Resonance Spectrometer | p. 6 | |||
Accelerated Weathering Apparatus | p. 1 | |||
Quality Control And Testing During Membrane Manufacture | p. 6 | |||
Conclusion | p. 1 | |||
References And Further Reading | p. 2 | |||
57 | International Standards for Roofing Materials | p. 35 | ||
Introduction | p. 1 | |||
Making Good Standards Better | p. 1 | |||
International Standards For Single-Ply And Modified Bitumen | p. 5 | |||
Canadian Government Standards Board (Cgsb) | p. 2 | |||
Canadian Standards Association (CSA) | p. 1 | |||
ENGLAND (British Standard - BS) | p. 1 | |||
GERMANY (Deutche Industrie Normen - DIN) | p. 1 | |||
SWITERLAND Swiss Society of Engineers and Architects (SIA) | p. 1 | |||
American National Standards For Safety And Health | p. 3 | |||
American Society For Testing And Materials (Astm) | p. 1 | |||
International Roofing Code Of Practice | p. 1 | |||
The Users Of International Standards: Ifan | p. 1 | |||
The History Of Ifan | p. 2 | |||
A Selection Of National Material Standards | p. 4 | |||
Where To Find Standards Publications | p. 1 | |||
Vendors That Sell Standards | p. 1 | |||
Resources For Topical Standards | p. 1 | |||
Online Indexes | p. 1 | |||
Multinational Databases | p. 1 | |||
International Sources For Astm Standards | p. 1 | |||
Conclusion | p. 1 | |||
References And Further Reading | p. 6 | |||
58 | Performance and Durability | p. 35 | ||
Introduction | p. 1 | |||
Roof Fundamentals | p. 2 | |||
Function of a Roof | p. 1 | |||
Requirements of a Roof | p. 1 | |||
Structure | p. 1 | |||
Aesthetics | p. 1 | |||
Economy | p. 1 | |||
Durability | p. 1 | |||
Environment | p. 1 | |||
Separation Of Environments | p. 1 | |||
Exterior Exposure | p. 1 | |||
Rain Penetration | p. 1 | |||
Workmanship | p. 1 | |||
A Systemic Approach to Performance | p. 1 | |||
A Realistic Performance for the Roofing Industry | p. 1 | |||
Current Problems | p. 1 | |||
Flat Roof Design | p. 1 | |||
Flat Roof Performance Criteria | p. 1 | |||
Strength and Stability | p. 1 | |||
Weather & Rain | p. 1 | |||
Snow | p. 1 | |||
Wind | p. 1 | |||
Sun | p. 1 | |||
Thermal Performance | p. 1 | |||
Thermal Insulation: The Affect on Performance | p. 1 | |||
Acoustic Performance | p. 1 | |||
Airborne Sound | p. 1 | |||
Impact Sound | p. 1 | |||
Fire Resistance | p. 1 | |||
Maintenance, Access & Safety | p. 1 | |||
Roof Slope: The Key To Successful Roof Performance | p. 1 | |||
Why Slope? | p. 1 | |||
Conclusion: Ponding is Associated with Most Premature Flat Roof Failures | p. 1 | |||
Cost Of Flat Roofs: Zero V.S. Two Percent Slope | p. 1 | |||
Building One | p. 1 | |||
Building Two | p. 1 | |||
Conclusion Concerning Cost | p. 1 | |||
Summary | p. 1 | |||
Section II: Performance Of Materials | p. 1 | |||
Built-Up Roofing (Bur) | p. 1 | |||
Performance Specifications v.s. Prescriptive Specifications | p. 1 | |||
The Performance Approach | p. 1 | |||
20 Performance Attributes | p. 2 | |||
BUR Recommended Performance Criteria | p. 3 | |||
Conclusion | p. 1 | |||
Single-Ply Roofing Membranes | p. 1 | |||
General Performance Requirements | p. 1 | |||
Specific Requirements | p. 1 | |||
General Material Requirements | p. 1 | |||
Thickness | p. 1 | |||
Membrane Classification | p. 1 | |||
Low Elongation/High Strength | p. 1 | |||
Medium Elongation/Low to High Strength | p. 1 | |||
High Elongation/Low to Medium Strength | p. 1 | |||
Specific Requirements | p. 1 | |||
Low-Temperature Load-Elongation Behavior | p. 1 | |||
Low Elongation/High Strength | p. 1 | |||
Medium Elongation/Low to High Strength | p. 1 | |||
High Elongation/Low to Medium Strength | p. 1 | |||
Low Temperature Flexibility | p. 1 | |||
Heat Aging | p. 1 | |||
Temperature-Induced Load | p. 1 | |||
Dimensional Stability | p. 1 | |||
Water Resistance | p. 1 | |||
Granule Embedment | p. 1 | |||
Metal Foil | p. 1 | |||
General Application Requirements | p. 1 | |||
Specific Requirements | p. 1 | |||
Lap Joints | p. 1 | |||
Impact and Abrasion | p. 1 | |||
Flashing Attachment | p. 1 | |||
Ballast | p. 1 | |||
Attachment | p. 1 | |||
Chemical Contamination | p. 1 | |||
Installation Environment | p. 1 | |||
Field Performance | p. 1 | |||
F.I.T.: A Method Of Determining Performance Levels | p. 1 | |||
Fatigue | p. 1 | |||
Indentation | p. 1 | |||
Temperature | p. 1 | |||
How F.I.T. Works | p. 1 | |||
Edpm: A 17 Year History | p. 1 | |||
Background Data | p. 1 | |||
Important Physical Properties Do Change Upon Exposure | p. 1 | |||
ASTM and ME-20 Requirements | p. 1 | |||
The Long-Term Weatherability of EPDM | p. 1 | |||
50 years of Exposure for EPDM (MRCA ME-20 Performance | p. 1 | |||
Performance And Durability: Who Says New = Better? | p. 2 | |||
Concluding Remarks | p. 1 | |||
References And Further Reading | p. 1 | |||
59 | Service Life Prediction of Roofing Membranes | p. 27 | ||
Introduction | p. 3 | |||
Service Life Prediction Using The Siplasteur Slide Rule | p. 1 | |||
Background Information | p. 5 | |||
Interfacial Bond Or Adhesive Force | p. 1 | |||
Movement Of The Supporting Surface | p. 1 | |||
The Value Of Friction Force Or Adhesion | p. 1 | |||
The Membrane Value - Am | p. 1 | |||
Ridging And Creeping Phenomena | p. 4 | |||
The Circular Slide Rule And Developed Graphs | p. 1 | |||
Slide Rule Operating Instructions For Flat Roof Deck (T.A.P.) | p. 3 | |||
Roofing Membrane System Configurations and their Assigned AM Values | p. 5 | |||
Recent Studies On Durability - An Overview | p. 1 | |||
Design | p. 1 | |||
The Quality of Materials and Construction | p. 1 | |||
Environmental Factors | p. 1 | |||
Periodic Inspection and Maintenance | p. 2 | |||
References And Further Reading | p. 1 | |||
60 | Inspection of Roofs | p. 35 | ||
Introduction | p. 1 | |||
Inspection Purposes | p. 1 | |||
When To Inspect | p. 1 | |||
Before, During and After Construction | p. 1 | |||
As Routine Maintenance | p. 1 | |||
Damage Assessment | p. 1 | |||
Property Assessment And Legal Disputes | p. 1 | |||
Roofing Inspectors | p. 3 | |||
Inspection Contracts | p. 1 | |||
Inspection Equipment | p. 2 | |||
Inspection Records | p. 5 | |||
Overall Inspection Guidelines | p. 1 | |||
Inspection Do's | p. 1 | |||
Inspection Don'ts | p. 1 | |||
Inspection Sequence | p. 1 | |||
Inspections Upon New Construction | p. 2 | |||
Interior Of The Building, New And Existing Roofs | p. 2 | |||
Inspecting The Roof | p. 1 | |||
Flashings | p. 1 | |||
Drains And Gutters | p. 1 | |||
Edge Details | p. 1 | |||
Expansion Joints | p. 1 | |||
Penetrations | p. 1 | |||
Surfacing | p. 1 | |||
Substrate And Roof Deck | p. 1 | |||
Leak Tracing | p. 2 | |||
Summary Of Inspection | p. 1 | |||
Summary | p. 1 | |||
References And Further Reading | p. 2 | |||
61 | Roofing Problems and Solutions | p. 17 | ||
Introduction | p. 14 | |||
References And Further Reading | p. 2 | |||
62 | Preventive Maintenance and Roof Repair | p. 60 | ||
Introduction | p. 1 | |||
Manufacturers' Warranties: | p. 1 | |||
Maintenance From The Contractor's Viewpoint: | p. 1 | |||
Maintenance for Commercial Building Roofs: | p. 1 | |||
General Roof Maintenance: | p. 1 | |||
Asphalt and Roll Roofing: | p. 1 | |||
Split Wood Shakes: | p. 1 | |||
Sawn Wood Shingles: | p. 1 | |||
Clay Tile and Slate: | p. 1 | |||
Concrete Tile: | p. 1 | |||
Steel and Aluminum (Flat and Corrugated): | p. 1 | |||
Inspection and Maintenance of Flat (Low Slope) Roofs: | p. 2 | |||
Repair Of Flat Or Low Slope Roofs: | p. 3 | |||
Built-Up Roofing Repairs: | p. 1 | |||
Splits: | p. 1 | |||
Blisters: | p. 1 | |||
Ridging: | p. 1 | |||
Punctures: | p. 1 | |||
Single-Ply System Repairs: | p. 1 | |||
Identifying The Roofing System Type: | p. 2 | |||
Repair Procedures for Modified Bitumen Membranes: | p. 2 | |||
Repair Procedures for Thermoplastic Membranes: | p. 2 | |||
PIB (Polyisobutylene) Repairs: | p. 3 | |||
Repair Procedures for Vulcanized (Cured) Elastomeric Membranes: | p. 2 | |||
Repair Procedures for Non-Vulcanized (Uncured) Neoprene: | p. 1 | |||
Repair Procedures for Non-Vulcanized (Uncured) CSPE: | p. 3 | |||
CPE (Chlorinated Polyethylene): | p. 1 | |||
Materials and Tools for Permanent Single-Ply Repairs: | p. 1 | |||
Repair Procedures for PUF (Polyurethane Foam) Roofs: | p. 1 | |||
Procedures for Repair of Roll Roofing: | p. 1 | |||
Repair Of Sloped Roofs: | p. 1 | |||
Repair Procedures for Asphalt Shingles: | p. 1 | |||
Repair Hip Joint Shingles: | p. 1 | |||
Repair Procedures for Slate and Clay Tiles: | p. 1 | |||
Repair Procedures for Wood Shake (Cedar): | p. 1 | |||
Covering Asphalt Shingle, Roll-Roofing, and Tar and Gravel Roofs with Wood Shake (Cedar) | p. 1 | |||
Repair Procedures for PUF (Sprayed Polyurethane Foam): | p. 2 | |||
Tools Needed for Repair of PUF Roofs: | p. 1 | |||
Repair Procedures for Metallic Roofs: | p. 1 | |||
Repair Procedures for Thatched Roofs: | p. 1 | |||
Single-Ply Roofs: | p. 1 | |||
Repair Procedures for Historical, Special, Unique and Exotic Roofs: | p. 18 | |||
References And Further Reading | p. 3 | |||
63 | Reroofing Guidelines | p. 52 | ||
Introduction | p. 1 | |||
Reroofing is Conceptual | p. 1 | |||
Inspection first | p. 2 | |||
Moisture surveys | p. 1 | |||
Reroof or Repair? | p. 1 | |||
Design Improvements | p. 1 | |||
Structural Load Requirements and Responsibility | p. 4 | |||
Adding A Positive Slope To Flat Roofs | p. 1 | |||
Recovery, or Tear-off and Replacement? | p. 2 | |||
Reroofing Planning And Preparation Guidelines | p. 1 | |||
Surface Preparation | p. 1 | |||
Drainage System Considerations | p. 1 | |||
Flashings | p. 1 | |||
Nailers, Pitch Pockets and Transitions | p. 1 | |||
Rooftop equipment | p. 1 | |||
Asbestos Roofing Tearoff Alternatives | p. 1 | |||
Vapor Retarders | p. 1 | |||
Recover Boards, Separator Boards, Protection Boards and Overlayments | p. 2 | |||
Increasing Thermal Resistance | p. 1 | |||
Skylights | p. 1 | |||
Flues, Chimneys and Exhaust Pipes | p. 1 | |||
Reroofing Code Requirements | p. 3 | |||
Roofing System Selection | p. 1 | |||
Acrylic Copolymer Cold-Applied Reinforced Membranes over Existing BUR | p. 2 | |||
Metal Roofing over existing BUR | p. 1 | |||
Attractive Metal Panels | p. 1 | |||
PUF Over Existing Roof Coverings | p. 7 | |||
Single Plies over BUR | p. 1 | |||
Residential Reroofing | p. 1 | |||
Reroofing with Asphalt Shingles | p. 1 | |||
Asphalt Shingles over Existing Wood Shake | p. 1 | |||
Asphalt Shingles over Rigid Insulation | p. 1 | |||
Clay Tile Reroofing Considerations | p. 2 | |||
Reroofing with Wood Shakes and Shingles | p. 1 | |||
Post-Job Inspection | p. 1 | |||
Inform The Owner Of His Responsibility | p. 1 | |||
Inform Building Personnel To Be Conscientious | p. 1 | |||
Recent Studies On Reroofing - An Overview | p. 6 | |||
Remarks | p. 2 | |||
References And Further Reading | p. 6 | |||
64 | Advice to Building and Home Owners | p. 30 | ||
Introduction | p. 1 | |||
Pre-Planning | p. 1 | |||
Understanding "The Performance Concept" | p. 1 | |||
Terms You Should Know | p. 1 | |||
A Few Words About Drawings | p. 1 | |||
A Few Words About Building Codes | p. 1 | |||
A Guide to Selecting Your Roofing Contractor | p. 4 | |||
The Contract! | p. 1 | |||
Items to be Covered in the Contract -- An Owner's Check List | p. 3 | |||
Before You Sign the Contract | p. 1 | |||
The Owner As Contractor | p. 1 | |||
Understanding Warranties | p. 1 | |||
Hidden Costs and Charges | p. 1 | |||
The Key Questions | p. 1 | |||
A Meeting of the Minds | p. 1 | |||
Avoiding the Voiding of Warranties | p. 1 | |||
Roof Management Program For Owners | p. 2 | |||
Making Emergency Repairs | p. 1 | |||
Leak Repair Procedures | p. 1 | |||
Miscellaneous Advice to Building and Home Owners | p. 1 | |||
Understanding Service Agreements | p. 1 | |||
Membrane Identification | p. 1 | |||
Rooftop Access | p. 1 | |||
Roof System Access | p. 1 | |||
Do Owners Need a Consultant? | p. 3 | |||
Conclusion | p. 1 | |||
References And Further Reading | p. 6 | |||
65 | Roofing System Selection Criteria | p. 47 | ||
Introduction | p. 1 | |||
100 Questions To Ask When Selecting A Roofing System | p. 13 | |||
Overviews Of The Decision-Making Process | p. 6 | |||
The Process Of Membrane Selection | p. 1 | |||
Roofing System Selection Criteria For Single-Ply Membranes | p. 17 | |||
Review Of Literature | p. 2 | |||
References And Further Reading | p. 6 | |||
66 | Roofing Application and Workmanship | p. 17 | ||
INTRODUCTION: What is Missing From this Picture? | p. 1 | |||
Workmanship | p. 1 | |||
Education | p. 1 | |||
Course Subjects | p. 1 | |||
Ensuring Participation | p. 1 | |||
Types Of Coursework | p. 1 | |||
Conclusion | p. 1 | |||
Technology, Communication And Education | p. 2 | |||
Site Supervision | p. 1 | |||
Putting Safety First | p. 1 | |||
Quality Control: Lessons From The Far East | p. 1 | |||
QC in the U.S.A. | p. 1 | |||
The Way it Can Be | p. 1 | |||
Nothing Replaces Pride Of Workmanship | p. 7 | |||
References And Further Reading | p. 1 | |||
67 | Management, Personnel and Productivity | p. 32 | ||
Introduction | p. 1 | |||
Management Seminars | p. 1 | |||
Management Tools | p. 1 | |||
Listening | p. 1 | |||
The Telephone | p. 1 | |||
Posters and Publications | p. 1 | |||
Computer Technology | p. 1 | |||
Marketing Techniques | p. 1 | |||
New Roofing Versus Reroofing | p. 1 | |||
Developing a Plan | p. 1 | |||
Developing a Sales Program | p. 1 | |||
Pre-Job Conferences | p. 4 | |||
Risk Management | p. 1 | |||
Operate as a corporation | p. 1 | |||
Case in point | p. 1 | |||
Medical Insurance | p. 1 | |||
Success-More Than Projects Or Products-People | p. 1 | |||
Hiring Good People | p. 1 | |||
Creating Job Descriptions | p. 1 | |||
The Interview | p. 1 | |||
The Turn Down | p. 1 | |||
References | p. 1 | |||
In The Public Eye-Employees On The Job | p. 1 | |||
An Example of a Poor Source of Information | p. 1 | |||
The Wasted Coffee Break | p. 1 | |||
Roofing Advertisements | p. 7 | |||
Roofing Anecdotes | p. 1 | |||
References And Further Reading | p. 7 | |||
68 | Computers in Construction and Roofing | p. 50 | ||
Introduction | p. 1 | |||
Why Computerize? | p. 1 | |||
Word Processing | p. 1 | |||
"Open" And "Closed" Software Systems | p. 1 | |||
"Turnkeys" Or "Menu-Driven" Systems | p. 1 | |||
Multi-Tasking/Multi-User Capabilities | p. 1 | |||
Index Files And Database Management Systems (DMSS) | p. 1 | |||
Selecting Software | p. 2 | |||
10 Tough Questions | p. 3 | |||
Electronic Estimation Tools - Spending Time To Save Time | p. 1 | |||
Parallel Processing During Software Installation | p. 2 | |||
Construction Software Study | p. 3 | |||
Flowcharting | p. 1 | |||
CD-ROM (Compact Disk-Read Only Memory) | p. 1 | |||
Data Organization Within The Computer | p. 1 | |||
Information Services | p. 1 | |||
NRCA Members Talk About Computer Pros And Cons | p. 1 | |||
Good and Bad Software | p. 1 | |||
Thoughts About Estimating | p. 1 | |||
Other Comments | p. 1 | |||
Marketing And Forecasting Software | p. 1 | |||
Company Developed Marketing Software | p. 2 | |||
Personal Computer (PC) Computer Aided Design (CAD) | p. 1 | |||
Database Geometry | p. 2 | |||
Application Software And Third-Party Software Integration | p. 1 | |||
Scanning And CD-ROM | p. 1 | |||
Storing Graphics - Either Bit-Mapping Or Vectoring | p. 1 | |||
Upgrading Existing Computer Software | p. 2 | |||
The Future Of Computers In Construction | p. 1 | |||
Industry-wide Integrity | p. 1 | |||
Investigation and Development | p. 1 | |||
Market Research | p. 1 | |||
Product Testing | p. 1 | |||
Database Development | p. 1 | |||
Managing Computer Technology | p. 1 | |||
Changes in Architectural Design Team Project Management | p. 2 | |||
Features Of Some Of The Available Roofing Software | p. 8 | |||
Computerized Roof Maintenance | p. 1 | |||
Computerized Roofing Specifications | p. 2 | |||
References And Further Reading | p. 4 | |||
69 | Safety in Roofing | p. 74 | ||
Introduction | p. 1 | |||
Establishing a safety program | p. 1 | |||
What are the basics of a safety program? | p. 2 | |||
Personal Safety | p. 1 | |||
Correct posture | p. 1 | |||
Using a hammer safely | p. 1 | |||
Eye Protection | p. 1 | |||
Respiratory Protection | p. 1 | |||
Skin Protection | p. 1 | |||
Protective Clothing | p. 2 | |||
Findings on Sunburn | p. 1 | |||
Skin Cancer | p. 1 | |||
Burn Prevention and Treatment | p. 1 | |||
Lung Cancer | p. 1 | |||
Occupational Safety | p. 1 | |||
General | p. 1 | |||
Slips on the Roof | p. 1 | |||
Falling from the Roof | p. 3 | |||
Do you know how to lift? | p. 2 | |||
Roof Removal or Tear-Off | p. 2 | |||
Equipment Safety | p. 1 | |||
Transporting Equipment | p. 1 | |||
General Equipment Safety | p. 1 | |||
Set-Up and Usage | p. 1 | |||
Asphalt Tanker Safety | p. 1 | |||
Asphalt Kettle Safety | p. 2 | |||
Torch Safety | p. 1 | |||
Power Tool Safety | p. 1 | |||
Powder-Actuated Tool (PAT) Safety | p. 2 | |||
PAT Tool Operation | p. 1 | |||
Ladder Safety | p. 3 | |||
Scaffold Safety | p. 1 | |||
Conveyor Safety | p. 1 | |||
In Case of An Electrical Accident | p. 1 | |||
Hoist Safety | p. 1 | |||
Fork Lift Safety | p. 1 | |||
Safety Equipment | p. 1 | |||
Respirators | p. 1 | |||
Sloped Roof Safety | p. 1 | |||
Lifelines | p. 1 | |||
Guardrails | p. 1 | |||
Modified Bitumen Safety Gear | p. 1 | |||
Safety Devices And Signs | p. 1 | |||
Fall Arresters | p. 1 | |||
Material Safety | p. 1 | |||
Material Safety Data Sheets (MSDS) | p. 2 | |||
Coal Tar Pitch | p. 1 | |||
Guidelines for the Use of Coal Tar Bitumen and Asphalt in the Installation of Built-Up Roofing Systems | p. 1 | |||
Single Ply Solvents and Adhesives | p. 1 | |||
Fire Safety | p. 1 | |||
Federal Government Health and Safety Agencies | p. 1 | |||
Epa | p. 1 | |||
Osha | p. 2 | |||
Niosh | p. 1 | |||
Safety Codes And Standards | p. 1 | |||
Labor and Environmental Standards Applicable to Built-Up Roofing | p. 2 | |||
First Aid Measures | p. 1 | |||
Amputation | p. 1 | |||
Bleeding | p. 2 | |||
Burns | p. 1 | |||
Clothing Snagged In Machinery | p. 1 | |||
ASPHALT or COAL TAR PITCH | p. 1 | |||
Falls | p. 1 | |||
Muscle Strains | p. 1 | |||
Shock Treatment | p. 1 | |||
Hazardous Compounds | p. 3 | |||
Recent Studies On Roofing Safety - An Overview | p. 6 | |||
Educational Programs In Safety | p. 1 | |||
References And Further Reading | p. 10 | |||
70 | Health and Roofing Practice | p. 20 | ||
Introduction | p. 1 | |||
Fitness | p. 1 | |||
Smoking | p. 2 | |||
Misleading Advertizing | p. 1 | |||
Doing Your Part | p. 1 | |||
Facts About Smoking | p. 2 | |||
Smoking Education | p. 1 | |||
Alcohol And Drugs | p. 4 | |||
Compliance and Legality | p. 2 | |||
Drug Testing | p. 1 | |||
Starting a Testing Program | p. 1 | |||
Drug Testing and Controversy | p. 2 | |||
References And Further Reading | p. 3 | |||
71 | Guarantees, Warranties Economy and Liability | p. 50 | ||
Legal Liability During Roofing Construction | p. 1 | |||
Applicator Agreements | p. 1 | |||
Guarantees | p. 1 | |||
Surety Bonds | p. 2 | |||
What is a 20-Year Bonded Roof? | p. 2 | |||
Mechanic's Liens | p. 2 | |||
Liability And The Roofing Contractor | p. 1 | |||
Subcontracts and Construction Disputes | p. 1 | |||
Proper documentation can save your business | p. 4 | |||
Change orders | p. 1 | |||
Subcontractors are able to make claims against owners | p. 2 | |||
Arbitration versus litigation | p. 2 | |||
Liability Insurance | p. 1 | |||
Property Insurance | p. 1 | |||
Product Liability | p. 5 | |||
FRT Plywood Failure Liability | p. 1 | |||
Manufacturer Warranties | p. 1 | |||
Environmental Liabilities | p. 1 | |||
ECONOMY: PRESENT COST vs LIFE-CYCLE COSTING | p. 5 | |||
Advantages, Limitations & Recommended Applications for Life-Cycle Costing | p. 2 | |||
Other Aspects Of Life Cycle Costing | p. 3 | |||
Cost effectiveness in materials production | p. 2 | |||
References And Further Reading | p. 10 | |||
72 | Asbestos | p. 39 | ||
Introduction | p. 1 | |||
Abbreviations | p. 1 | |||
Forms And Properties Of Asbestos | p. 1 | |||
Some silicates can crystallize as asbestos fibers | p. 1 | |||
Health Hazards And Effects | p. 3 | |||
Government Regulations And Legislation | p. 1 | |||
Asbestos Education | p. 1 | |||
Abatement Services And Consultation | p. 4 | |||
Asbestos Use In Roofing And Construction | p. 2 | |||
Asbestos In The Home | p. 5 | |||
Institutional Use Of Asbestos | p. 1 | |||
Contractor'S Licensing, Liability, And Insurance | p. 1 | |||
Asbestos Substitutes In Roofing | p. 1 | |||
Asbestos Ply Sheets | p. 1 | |||
Flashing Materials | p. 1 | |||
Coatings And Mastics | p. 1 | |||
Resaturants | p. 1 | |||
Mastic Materials | p. 1 | |||
Coatings | p. 1 | |||
Summary Of Substitutes | p. 1 | |||
Summary And Conclusion | p. 3 | |||
Asbestos In Canada | p. 7 | |||
References And Further Reading | p. 5 | |||
73 | Roofing Tools and Equipment | p. 92 | ||
Introduction | p. 1 | |||
General Application & Miscellaneous Roofing Equipment | p. 1 | |||
Material Handling - Heavy Equipment | p. 9 | |||
Cranes | p. 1 | |||
Hoists | p. 4 | |||
Small Engines | p. 2 | |||
Hand-Operated Power Tools | p. 1 | |||
Electric Power Tool Maintenance | p. 3 | |||
Gas Power Tool Maintenance | p. 1 | |||
Hand Operated Tools And Equipment - Manual Tools | p. 1 | |||
Ladders | p. 1 | |||
Utility Belts | p. 1 | |||
Ultrasonic measuring tape | p. 1 | |||
Wheel Barrow | p. 1 | |||
Knee and Hip Pads | p. 2 | |||
Built-Up Roofing Equipment | p. 1 | |||
Asphalt melting kettles | p. 3 | |||
Cotton and Fiberglass Mops | p. 2 | |||
Mop Buckets, Bails and Carts | p. 2 | |||
Aggregate Spreaders | p. 2 | |||
Insulation Equipment | p. 1 | |||
Blowing Machines | p. 5 | |||
Insulation Blower Hoses | p. 2 | |||
Insulation Spray Equipment | p. 1 | |||
Rigid Insulation Cutting Machines | p. 1 | |||
Polyurethane Roofing Equipment | p. 4 | |||
Spray Equipment For Cold Applied Liquid Membranes And Coatings | p. 2 | |||
Hoses and Spray Tips | p. 1 | |||
Maintenance | p. 1 | |||
Equipment Selection | p. 1 | |||
Granuling Equipment | p. 1 | |||
Reroofing Equipment | p. 1 | |||
REROOFING EQUIPMENT - Residential Roofing Surface Preparation | p. 1 | |||
Roofing Spudders | p. 2 | |||
REROOFING EQUIPMENT - Commercial Roofing Surface Preparation | p. 1 | |||
Water Removal | p. 2 | |||
Debris Removal | p. 1 | |||
Power sweeper maintenance | p. 2 | |||
Vacuums | p. 2 | |||
Shingles & Shake Roofing Equipment | p. 1 | |||
Single-Ply Roofing Equipment | p. 1 | |||
Welders | p. 6 | |||
SINGLE-PLY - Hand tools | p. 4 | |||
MODIFIED BITUMEN - Torches | p. 1 | |||
MODIFIED BITUMEN - Hand Tools | p. 1 | |||
Self adhering and hot mopped modified bitumen | p. 1 | |||
Slate & Tile Roofing Equipment | p. 1 | |||
Standing Seam, Sheet Metal & Roll Forming Equipment | p. 4 | |||
Roofing Tools and Equipment Manufacturers and Suppliers | p. 11 | |||
References And Further Reading | p. 4 | |||
74 | Organizations and Establishments Related to Roofing | p. 8 | ||
75 | Roofing Publications, Training and Education | p. 54 | ||
Introduction | p. 1 | |||
Published Books On Roofing | p. 7 | |||
Periodicals & Trade Magazines Relevant To Roofing | p. 2 | |||
A Roofing Library | p. 17 | |||
Training, Educational Courses And Seminars On Roofing | p. 2 | |||
Courses, Training Seminars And Audiovisuals | p. 1 | |||
P.R.I.D.E. Manual | p. 1 | |||
NRCA Publications | p. 2 | |||
NRCA Audiovisuals | p. 2 | |||
Architectural Design Competitions | p. 1 | |||
The Roofing Industry Educational Institute (RIEI) | p. 3 | |||
Modified Bitumen Application Training (CERTA) | p. 1 | |||
Asbestos Abatement Training Courses | p. 1 | |||
Roofing-Related Training And Educational Opportunities | p. 2 | |||
United Union of Roofers, Waterproofers & Allied Workers | p. 5 | |||
Viewing The Trade Show As An Educational Opportunity | p. 1 | |||
References And Further Reading | p. 6 | |||
76 | Roofing Statistics and Surveys | p. 7 | ||
Introduction | p. 3 | |||
A 17 Billion Dollar Industry! | p. 3 | |||
References And Further Reading | p. 1 | |||
77 | U.S. Roofing Statistics | p. 65 | ||
Table of Statistical Data/Findings | p. 2 | |||
Legend for Statistical References | p. 58 | |||
References And Further Reading | p. 4 | |||
78 | International Roofing Statistics | p. 7 | ||
Table of Statistical Data/Findings | p. 6 | |||
References And Further Reading | p. 1 | |||
79 | Future Trends in Roofing | p. 47 | ||
Introduction | p. 1 | |||
Section I | p. 1 | |||
Trends in Roof Systems | p. 1 | |||
Recycling | p. 2 | |||
Recycling BUR Membranes | p. 1 | |||
Recycling Asphalt Shingles | p. 1 | |||
Recycling Insulations | p. 1 | |||
Recycling Single-Ply | p. 1 | |||
Recycling and System Selection | p. 1 | |||
Volatile Organic Compounds | p. 1 | |||
Regulations and Disposal Guidelines | p. 1 | |||
Regulatory Issues | p. 1 | |||
Wider Application of Performance Standards | p. 1 | |||
Warranty Trends | p. 1 | |||
Trends In The Work Force | p. 1 | |||
A Demand for Higher Skills | p. 1 | |||
Be Prepared | p. 1 | |||
The Global Market | p. 2 | |||
The European Organization For Testing And Certification | p. 1 | |||
Overcoming Barriers | p. 1 | |||
Construction Products | p. 2 | |||
Section II | p. 1 | |||
Bi-Functional Photovoltaic Single-Ply Membrane | p. 1 | |||
Introduction | p. 1 | |||
Scientific Principles Of Photovoltaic (PV) | p. 1 | |||
Historical Background | p. 5 | |||
Parameters of PV Success | p. 1 | |||
Harnessing the Sun: From Foe to Friend | p. 2 | |||
The Development of Photovoltaic Single-Ply | p. 2 | |||
PV and Single-Ply Materials Compatibility | p. 1 | |||
Application of Single-Ply Photovoltaic Membranes | p. 4 | |||
Design Criteria for Bi-functional PVSP Roof Systems | p. 1 | |||
PVSPM (PV-Single Ply Roofing Membranes) and Durability | p. 1 | |||
Major Advantages of PVSPM | p. 1 | |||
Life-Cycle Cost Advantages of Bi-Functional PVSP | p. 3 | |||
Future Trends | p. 3 | |||
A Glossary Of Photovoltaic Terms | p. 7 | |||
Application of PV Single-Ply Roofing Membranes | p. 1 | |||
Photovoltaics Budget Recommendations | p. 1 | |||
References And Further Reading | p. 2 | |||
80 | Glossary of Terms and Abbreviations | p. 99 | ||
References And Further Reading | p. 2 |
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