Reliability of structure (abbreviated version)

Author: Novak
Publisher:
Publish Date: 2005-03-01
Features: This book focuses on the practical application of structural reliability theory and does not provide detailed mathematical proofs of the basic theory. Based on introducing fundamental concepts and formulas, it emphasizes the application of the theory to readers. The book on structural reliability can serve as a textbook for senior undergraduate and graduate students in civil and structural engineering, and also holds significant reference value for structural engineers. Key Features: Reviews the fundamental concepts and statistical principles required for applying structural reliability theory. Provides information on probability distributions and parameters for determining applied loads and member resistance (capacity). Discusses the concepts of limit states and limit state equations, presents methods for calculating reliability indices, and describes the calibration of partial safety factors. Briefly introduces Monte Carlo simulation methods, sampling, and point estimation methods. Based on reliability design codes, discusses the issues that need to be addressed in development. Introduces the concept of system reliability and discusses the impact of correlations among components (units) on system reliability. Summarizes the influence of human errors on structural reliability.