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  Home > Engineering Books > Seismic and Wind Engineering Books >

  Earthquake Engineering from Engineering Seismology to Performance-Based Engineering
  Earthquake Engineering from Engineering Seismology to Performance-Based Engineering
Earthquake Engineering from Engineering Seismology to Performance-Based Engineering

 
Earthquake Engineering from Engineering Seismology to Performance-Based Engineering elucidates advances in scientific knowledge, summarizes recent research project findings, covers design guidelines, and discusses the future challenges and directions.

List Price $189.95
Website Price $170.96

Author: Yousef Bozorgnia, Vitelmo V Bertero
Format: Hardcover
Copyright: 2004
Pages: 1024
Qty:

Description Table of Contents
 
Performance-based engineering, use of energy dissipating devices and structural control, earthquake-resistant design, and other techniques in earthquake engineering have come of age in the last decade. Following a brief overview of traditional methods, Earthquake Engineering: From Engineering Seismology to Performance-Based Engineering presents the details of these recent advances in a single volume. The book elucidates advances in scientific knowledge, summarizes recent research project findings, covers design guidelines, and discusses the future challenges and directions.

The multi-disciplinary nature of earthquake engineering is reflected in the diversity of the chapter authors. The book is the result of an enormous amount of time and energy spent by a panel of distinguished contributors whose collective experience exceeds 500 years of teaching, research, and practice.
  • Presents recent advances in engineering seismology, engineering geology, geotechnical engineering, and engineering characterization of ground motions.
  • Explores methods of computer structural analysis.
  • Addresses the fundamental and practical issues in performance-based earthquake engineering.
  • Includes a discussion of theoretical and practical issues of seismic isolation.
From the Preface
Earthquake engineering (EE) is an integration of multidisciplinary knowledge in several areas of basic sciences and science-based engineering with the ultimate goal of reducing the seismic risks to socioeconomically acceptable levels.

In the U.S., the first comprehensive book covering various aspects of EE was published in 1970, the result of a short course on the subject given in September 1965 at the University of California, Berkeley. There have been recent advances and new developments in EE on a wide range of topics, from geosciences and geotechnical engineering to modern performance-based EE. These advances are usually published in scientific and technical journals and reports or presented at national and international conferences. This book has been written with the intention of presenting advances in scientific knowledge on various EE topics in a single volume.

Although it has not been written in a traditional textbook format, this book can serve as a guide for instructors, graduate students and practicing engineers. We hope it will contribute to the teaching of modern EE and its applications to practice, as well as to the formulation and evolution of research programs.

The 19 chapters in this book can be grouped into the following main parts:
  • Historical development of EE and its modern goal (one chapter).
  • Geoscience principles needed to define seismic hazards (two chapters).
  • Engineering characterizations of ground motion, as well as geotechnical hazards (two chapters).
  • Deterministic and probabilistic methods of analysis (two chapters).
  • Performance-based EE, its applications and future direction (two chapters).
  • Innovative strategies and techniques (three chapters).
  • Seismic behavior and earthquake-resistant design of building structures using different structural materials (six chapters).
  • Seismic analysis and design of nonstructural elements (one chapter).
The multidisciplinary nature of EE makes it very difficult to cover the details of all the scientific and engineering aspects involved in modern EE in a single volume. Due to space constraints and also to the existence of other well-written books and handbooks, we have not covered some important EE topics in this book. These include an elaborate discussion of linear structural dynamics; architectural considerations; seismic behavior and design of lifelines and industrial facilities; risk management; and social, economical and political planning.

The breadth of EE makes it impossible for one person to authoritatively write about all relevant topics. Therefore, to create a comprehensive book on EE, the contributions of many experts are essential. This book is the result of an enormous amount of time and energy spent by a panel of distinguished contributors whose collective experience exceeds 500 years of teaching, research and practice. The efforts and cooperation of the contributors are greatly appreciated.
Yousef Bozorgnia and Vitelmo V. Bertero
March, 2004

From the Foreword
The International Code Council (ICC) is pleased to join CRC Press in co-publishing Earthquake Engineering from Engineering Seismology to Performance Based Engineering. Since its genesis in the early 1900s ICC, with its former legacy organizations, has been a leader in the development of comprehensive building codes, both domestically and internationally. The International Codes focus on addressing the test technology on seismic design applications for the purpose of mitigating damage to buildings and structures.

This publication reflects the most recent research on the subject by internationally renowned experts. It provides the reader with an excellent variety and balance of subjects, including a historical background of earthquake engineering, geotechnical and probabilistic aspects of seismic hazards and analysis, performance-based seismic engineering and innovative strategies, the seismic behavior of various structural materials, and techniques for the design of seismically resistant buildings and structures.

CRC Press and the ICC would also like to recognize the contributions of the National Council of Structural Engineers Associations (NCSEA) for its role in advancing the field of structural engineering and seismic safety. Many of the contributors to this publication are also active in NCSEA activities and represent some of the finest talent ever assembled in the field of earthquake engineering.

We highly recommend this handbook as an excellent reference resource for university professors, undergraduate and graduate students, seismologists, architects and practicing engineers.
Richard Okawa, P.E.
ICC Vice President of International Services

 

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