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SFPE Engineering Guide to Performance-based Fire Protection [Minkštas viršelis]

  • Formatas: Paperback / softback, aukštis x plotis x storis: 248x171x6 mm, weight: 318 g, Illustrations
  • Išleidimo metai: 01-Jan-1997
  • Leidėjas: National Fire Protection Association
  • ISBN-10: 0877654220
  • ISBN-13: 9780877654223
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, aukštis x plotis x storis: 248x171x6 mm, weight: 318 g, Illustrations
  • Išleidimo metai: 01-Jan-1997
  • Leidėjas: National Fire Protection Association
  • ISBN-10: 0877654220
  • ISBN-13: 9780877654223
Kitos knygos pagal šią temą:
Introduction
1(6)
Purpose
1(1)
Fundamentals
2(1)
Scope
3(1)
Use and Application
4(1)
Technical References and Resources
4(3)
Glossary
7(4)
Overview of the Performance-Based Fire Protection Analysis and Design Process
11(12)
General
11(3)
Performance-Based Design Process
14(4)
Application and Use
18(2)
Levels of Application
20(3)
Defining Project Scope
23(4)
Project Scope
23(1)
Submittal Schedule
24(1)
Issues That Should Be Considered in the Project Scope
25(2)
Identifying Goals
27(4)
Goals for Fire Safety
27(1)
Allied Goals
28(3)
Defining Stakeholder and Design Objectives
31(4)
General
31(1)
Transforming Stakeholder Objectives into Design Objectives
32(3)
Developing Performance Criteria
35(6)
General
35(1)
Setting Performance Critieria
36(1)
Establishing Specific Performance Criteria
36(5)
Developing Design Fire Scenarios
41(28)
General
41(1)
Identifying Possible Fire Scenarios
42(3)
Tools Used to Identify Possible Fire Scenarios
45(2)
Identifying Design Fire Scenarios
47(4)
Characterizing Design Fire Scenarios
51(18)
Developing Trial Designs
69(18)
General
69(4)
Fire Initiation and Development
73(1)
Spread, Control, and Management of Smoke
74(2)
Fire Detection and Notification
76(2)
Fire Suppression
78(4)
Occupant Behavior and Egress
82(1)
Passive Fire Protection
82(5)
Evaluating Trial Designs
87(24)
Overview of the Evaluation Process
87(3)
Levels of Evaluation
90(3)
Probabilistic Analysis
93(3)
Deterministic Analysis
96(6)
Accounting for Known Variations and Unknown Effects
102(9)
Developing a Fire Protection Engineering Design Brief
111(6)
General
111(1)
Contents of the Fire Protection Engineering Design Brief
112(3)
Submittals
115(2)
Documentation and Specifications
117(6)
Introduction
117(1)
Performance-Based Design Report
118(2)
Specifications and Drawings
120(1)
Detailed Drawings
121(1)
Operations and Maintenance Manual
121(1)
Testing Documentation
122(1)
Appendix A Selected Readings 123(6)
Appendix B Example of Defining Objectives and Setting Performance Criteria 129(6)
Appendix C Use of Statistical Data to Choose Likely Fire Scenarios 135(5)
Appendix D Examples of Fire Scenario and Design Fire Scenario Identification 140(4)
Appendix E Risk Analysis 144(4)
Appendix F Selecting Models and Other Analytical Methods 148(7)
Appendix G Uncertainty Analysis 155(3)
Index 158