ASCE 9780784411247 2010

$44.42

ASCE 19 Structural Applications of Steel Cables for Buildings

Published By	Publication Date	Number of Pages
ASCE	2010	47

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This standard provides requirements for the structural design, construction contract documents, fabrication, and installation of cables for use as structural elements for the support and bracing of buildings and other cable-supported structures not subject to vehicle loads, excepting guyed electrical transmission towers. This new edition covers such topics as drawings and specifications; design considerations; cable materials; fitting; protective coatings; fabrication; and erection.

PDF Catalog

PDF Pages	PDF Title
10	Contents
14	1.0 General 1.1 Scope 1.2 Glossary
15	1.3 Symbols and Notation 1.4 Reference Standards 2.0 Contract Documents and Shop Drawings 2.1 Contract Documents 2.1.1 Contract Drawings 2.1.2 Contract Specifications 2.2 Shop Drawings
16	3.0 Design Considerations 3.1 Design Basis 3.1.1 Structural Integrity 3.1.2 Replacement of Members 3.2 Design Loadings 3.2.1 Loads 3.2.2 Load Combinations 3.2.3 Load Combinations Including Atmospheric Ice Loads 3.3 Cable Strength 3.3.1 Design Strength 3.3.1.1 Fitting Reduction Factor 3.3.1.2 Deflection Reduction Factor
17	3.3.1.3 Elevated Temperature Effect 3.3.1.4 Fatigue Strength 3.3.1.5 Creep Effect 3.3.2 End Fittings 3.4 Structural Analysis 3.4.1 General Considerations 3.4.2 Serviceability 3.4.3 Vibrations
18	3.4.4 Deflections 3.4.5 Erection Analysis 4.0 Cable Materials 4.1 Cable Specifications 4.2 Prestretching 5.0 Fittings 5.1 Materials 5.2 Inspection
19	5.3 End Fittings 5.3.1 Zinc-Poured and Mischmetal-Poured Fittings 5.3.2 Resin-Poured Fittings 5.3.3 Swaged Fittings 5.4 Saddles and Clamps 6.0 Protective Coatings 6.1 Corrosion Protection 6.2 Fire Protection 6.2.1 Fire-Resistance Ratings and Fire Tests
20	6.2.2 Alternative Methods for Determining Fire Resistance 7.0 Fabrication, Shipping, and Receiving 7.1 Socketing 7.2 Proof Loading of Assemblies 7.3 Prestretching 7.4 Cable Length Measurements 7.5 Striping 7.6 Shipping 7.7 Receiving
21	8.0 Erection 8.1 Erection Procedure 8.2 Cable Installation 8.3 Intermediate Fittings 9.0 Post-Construction Considerations and Inspection 9.1 Maintenance Considerations 9.2 Routine Inspections 9.3 In-Depth Inspections
22	9.4 Emergency Inspections 9.5 Special Inspection and Testing 9.6 Inspection Results
24	C1.0 General C1.1 Scope C1.2 Glossary
25	C2.0 Contract Documents and Shop Drawings C2.1 Contract Drawings C2.1.1 Contract Drawings C2.1.2 Contract Specifications C2.2 Shop Drawings
26	C3.0 Design Considerations C3.1 Design Basis C3.1.1 Structural Integrity C3.2 Design Loadings C3.2.1 Loads C3.2.2 Load Combinations C3.3 Cable Strength C3.3.1 Design Strength C3.3.1.3 Elevated Temperature Effect C3.3.1.4 Fatigue Strength
27	C3.3.1.5 Creep Effect C3.4 Structural Analysis C3.4.1 General Considerations C3.4.3 Vibrations
28	C3.4.4 Deflections C3.4.5 Erection Analyses C4.0 Cable Materials C5.0 Fittings C6.0 Protective Coatings
29	C6.1 Corrosion Protection C6.2 Fire Protection C6.2.1 Fire Resistance Ratings and Fire Tests
30	C6.2.2 Alternative Methods for Determining Fire Resistance C7.0 Fabrication, Shipping, and Receiving C8.0 Erection C8.1 Erection Procedure
31	C9.0 Post-Construction Considerations and Inspection C9.1 Maintenance Considerations C9.2 Routine Inspections C9.3 In-Depth Inspections C9.4 Emergency Inspections
32	C9.5 Special Inspection and Testing
34	Selected Bibliography
36	Appendix A: Cables and Fittings
40	Appendix B: Saddles
42	Appendix C: Clamps
44	Appendix D: Fatigue
46	Index A B C D E F
47	G I L M N P R S T V W Z