Fire protection engineering in building design /
Lataille, Jane I.
Fire protection engineering in building design / Jane I. Lataille. - Amsterdam ; Boston : Butterworth-Heinemann, ©2003. - 1 online resource (xiv, 133 pages) - Plant engineering . - Plant engineering (Butterworth-Heinemann (Firm)) .
Includes bibliographical references (pages 105-128) and index.
The Importance of Integrating Fire Protection Design; What is Fire Protection Engineering?; The Discipline; The Professional Society; What FPEs Do; How Fire Protection Differs; Functions of Fire Protection Systems; Preventing and Protecting Against Fire; Reasons for Installing Fire Protection Systems; Protecting Assets; Relating Design Features to Function; Performance-Based Fire Protection Design; Design Elements; Fire Science; Design Fire Scenarios; Other Design Considerations; Examples of Performance-Based Design; Prescriptive Fire Protection Design; Desirability of Prescriptive Design; Prescriptive Codes; Inherent Risk; Design Coordination; Interfacing With the Other Disciplines; Architectural; Chemical; Electrical; Mechanical; Structural; Fire Protection for New and Existing Buildings; The Design Process; New Construction; Existing Buildings; Writing Fire Protection Specifications; Coordinating the Specifications; Traditional Project Specifications; Division 13 -- Special Construction; Fire Protection References; Related Professional Societies.
A clear and concise reference guide on integrating fire protection design, Fire Protection Engineering in Building Design encompasses not only the basic information on the functions, design, and applications of fire protection systems; but also reveals how this information can and should be integrated with every other major engineering discipline. Protecting people, buildings and the environment from the impact of fire requires a comprehensive, systematic approach that includes the analysis of fire hazards as well as the design, installation and maintenance of fire detection, suppression and communications systems. Jane Lataille takes the reader beyond these basic issues and includes information on mitigating potential fire damage through proper design and construction of buildings, industrial processes and utility systems. Through specific examples, the reader sees how fire protection engineering can be integrated with mechanical, electrical, structural, and chemical engineering. The book also includes a section on writing fire protection specifications as well as a comprehensive reference list. * Assure effective fire protection design through engineering * Avoid costly fire protection redesign * Effectively integrate fire protection features into project specifications.
English.
9780750674973 0750674970 9780080506494 (electronic bk.) 0080506496 (electronic bk.) 1281077488 9781281077486 9786611077488 6611077480
95748:95747 Elsevier Science & Technology http://www.sciencedirect.com
Fire protection engineering.
TECHNOLOGY & ENGINEERING--Construction--General.
Fire protection engineering.
Electronic books.
TH9210 / .L38 2003eb
693.8/2
699.81
Fire protection engineering in building design / Jane I. Lataille. - Amsterdam ; Boston : Butterworth-Heinemann, ©2003. - 1 online resource (xiv, 133 pages) - Plant engineering . - Plant engineering (Butterworth-Heinemann (Firm)) .
Includes bibliographical references (pages 105-128) and index.
The Importance of Integrating Fire Protection Design; What is Fire Protection Engineering?; The Discipline; The Professional Society; What FPEs Do; How Fire Protection Differs; Functions of Fire Protection Systems; Preventing and Protecting Against Fire; Reasons for Installing Fire Protection Systems; Protecting Assets; Relating Design Features to Function; Performance-Based Fire Protection Design; Design Elements; Fire Science; Design Fire Scenarios; Other Design Considerations; Examples of Performance-Based Design; Prescriptive Fire Protection Design; Desirability of Prescriptive Design; Prescriptive Codes; Inherent Risk; Design Coordination; Interfacing With the Other Disciplines; Architectural; Chemical; Electrical; Mechanical; Structural; Fire Protection for New and Existing Buildings; The Design Process; New Construction; Existing Buildings; Writing Fire Protection Specifications; Coordinating the Specifications; Traditional Project Specifications; Division 13 -- Special Construction; Fire Protection References; Related Professional Societies.
A clear and concise reference guide on integrating fire protection design, Fire Protection Engineering in Building Design encompasses not only the basic information on the functions, design, and applications of fire protection systems; but also reveals how this information can and should be integrated with every other major engineering discipline. Protecting people, buildings and the environment from the impact of fire requires a comprehensive, systematic approach that includes the analysis of fire hazards as well as the design, installation and maintenance of fire detection, suppression and communications systems. Jane Lataille takes the reader beyond these basic issues and includes information on mitigating potential fire damage through proper design and construction of buildings, industrial processes and utility systems. Through specific examples, the reader sees how fire protection engineering can be integrated with mechanical, electrical, structural, and chemical engineering. The book also includes a section on writing fire protection specifications as well as a comprehensive reference list. * Assure effective fire protection design through engineering * Avoid costly fire protection redesign * Effectively integrate fire protection features into project specifications.
English.
9780750674973 0750674970 9780080506494 (electronic bk.) 0080506496 (electronic bk.) 1281077488 9781281077486 9786611077488 6611077480
95748:95747 Elsevier Science & Technology http://www.sciencedirect.com
Fire protection engineering.
TECHNOLOGY & ENGINEERING--Construction--General.
Fire protection engineering.
Electronic books.
TH9210 / .L38 2003eb
693.8/2
699.81