Structural Reliability Guidance for ASCE 7-22 Principles and Methods edited by Therese P. McAllister, et al.

Format:

Book

Author/Creator:

McAllister, Therese P., Editor.

Ellingwood, Bruce R., Author.

Cox, Daniel T., Author.

Kameshwar, Sabarethinam, Author.

Barbosa, Andre R., Author.

Thomas, Seth, Author.

Chock, Gary Y.K., Author.

Liel, Abbie B., Author.

Bean, Brennan, Author.

Harris, James R., Author.

Hamburger, Ronald O., Author.

Cha, Eun J., Author.

Vickery, Peter, Author.

Li, Yue, Author.

Banik, Sudhan, Author.

Contributor:

Guo, Ruohua Zheng, Editor.

Lee, Ji Yun, Editor.

Language:

English

Physical Description:

online resource

Place of Publication:

American Society of Civil Engineers, 2025.

Reston, VA American Society of Civil Engineers 2025

Summary:

Sponsored by the ASCE 7-22 Load Combinations Subcommittee of the SEI Technical Community Executive Committee of the Structural Engineering Institute of ASCE<i>Structural Reliability Guidance in ASCE 7-22: Principles and Methods</i> guides structural engineers through the history of and concepts behind the development of probability-based limit state design (PBLSD) that underpin ASCE Standard 7-22. These include load factors and load combinations. This walkthrough builds a fundamental understanding of the principles and methods on which modern structural standards and specifications are based.Topics include· History of probability-based limit states design,· Development of reliability-based codes, and· System reliability and performance-based design.Also discussed is reliability basis for design loads including· Dead and live,· Flood,· Tsunami,· Snow,· Rain,· Atmospheric icing,· Seismic,· Wind,· Tornado, and· Extraordinary design loads.This book will assist structural engineers in their understanding of the structural reliability principles and methods that support ASCE Standard 7-22, ultimately ensuring the safety of the built environment.

Notes:

PDF version record.

ISBN:

0-7844-8633-6