Fundamentals of Earthquake Resistant Design

Description

Explore the principles and practices of earthquake engineering and earthquake-resistant designThis comprehensive guide lays out earthquake engineering concepts and shows, step by step, practical applications for the design and construction of seismic-resistant structures. The book helps further your knowledge about statics, the strength of materials, differential equations, and structural analysis, and shows how each skill relates to seismic design.

Fundamentals of Earthquake Resistant Design features solved examples practice problems to illustrate the topics covered and aid in learning. Readers will get a thorough overview of contemporary topics in earthquake engineering, including the design of structures with base isolation systems and supplemental energy dissipation devices. The book also includes clear discussions of building damage patterns, protective systems, and supplemental damping devices.

Covers principles adopted by model building codes in defining and calculating earthquake loads

Includes videos and PowerPoint slides to accompany, demonstrate, and explain key concepts

Written by an expert in structural vibration and experimental structural dynamics

Dr. Yasser S. Salem is the chair of the Civil Engineering Department at California State Polytechnic University Pomona who is a registered Structural Engineer in California. He has managed design teams for petrochemical facilities, power plants and parking structures. Dr. Salem has also been involved in multiple seismic retrofit projects.

Additional information