Okay, here is the translation following your instructions: Performance-based fire design of buildings

Author: Li Yinqing, Editor-in-Chief
Publisher:
Publish Date: 2005-08-01
Features: Performance-based fire protection design is a novel approach to fire protection system design, a scientific methodology grounded in numerous rational conditions. This method integrates the most advanced technologies in the field of building fire protection, making it a cutting-edge and highly active area of research. The book comprehensively elaborates on the theory and technical evaluation process of performance-based design: systematically evaluates performance-based design codes from relevant countries; provides a detailed description of fire loads and combustion processes; analyzes the spread and control mechanisms of smoke during fires; comprehensively explores models and calculation methods for personnel safety evacuation during fires; and establishes a fire resistance calculation system for building structures. Finally, the book applies the relevant calculation theories to practical engineering examples. With a high theoretical level and strong practicality, the book reflects the latest development level of performance-based fire protection design and serves as a reference for architects and related professionals. It can also be used as a teaching reference book for relevant majors in universities.
Performance-based fire protection design is a novel approach to fire protection system design, a scientific methodology grounded in numerous rational conditions. This method integrates the most advanced technologies in the field of building fire protection, making it a cutting-edge and highly active area of research. The book comprehensively elaborates on the theory and technical evaluation process of performance-based design: systematically evaluates performance-based design codes from relevant countries; provides a detailed description of fire loads and combustion processes; analyzes the spread and control mechanisms of smoke during fires; comprehensively explores models and calculation methods for personnel safety evacuation during fires; and establishes a fire resistance calculation system for building structures. Finally, the book applies the relevant calculation theories to practical engineering examples. With a high theoretical level and strong practicality, the book reflects the latest development level of performance-based fire protection design and serves as a reference for architects and related professionals. It can also be used as a teaching reference book for relevant majors in universities.