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BACK TO BOOK REVIEWS

Detailed review of:


Reliability of Structures: Analysis and Applications

 

Publishers

:

Backbone Publishing Company, NJ, U.S.A.

Author

: 

Vladimir Raizer

Title

: 

Reliability of Structures: Analysis and Applications

Year of Publication

: 

2009

Pages

: 

146

ISBN

: 

9780974201979

Reviewer

: 

Krishna B. Misra

Status

:

Review published in IJPE, Vol. 7, No. 1, January 2011, p. 20.

 

The book consists of the following 11 chapters followed by Author’s Preface and Introduction:

 

Preface

01 Page

Introduction

07 Pages

Chapter 1

Safety Factor and Reliability Index

13 Pages

Chapter 2

Risk Evaluation in Structural Engineering

05 Pages

Chapter3

Optimal Probabilistic Design

15 Pages

Chapter 4

Systems and Components

10 Pages

Chapter 5

Evaluation of Failure Probability

20 Pages

Chapter 6

Properties of  Materials

09 Pages

Chapter 7

Loads and their Combinations

09 Pages

Chapter 8

Buckling and Vibration

12 Pages

Chapter 9

Reliability of Corroding Structures

11 Pages

Chapter 10

Reliability Assessment of Existing Structures

07 Pages

Chapter 11

Natural Disasters and Structural Reliability

11 Pages

References

05 Pages

Subject Index

03 Pages

Name ( Author) Index

03 Pages

 

9780974201979It is really a very concise and compact book on the subject. The author has spent his “entire professional life in the strength analysis of civil structures, mainly in risk and reliability assessment and probabilistic methods”. This book is backed by the author’s experience of publishing more than 100 technical papers and seven books (in Russian). This is reflected in all the chapters of the book. The author has served in most prestigious civil engineering establishments over four decades in Russia including as professor, department of Structural Mechanics at the Moscow State University of civil engineers and since 1999 is working as independent consultant in San Diego, U.S.A. Readers and researchers familiar with Western literature in engineering would find this book quite readable and friendly. Usually, the notation used in Russian books is found to be different from those in western literature. This becomes one of the handicaps of books from Russia or eastern block. But this is not so with this book. The reviewer feels that this book would help widen the perception of probabilistic design of structures and uncertainty associated with their reliability and risk assessment of such structures. The treatment of subject matter starts with fundamentals and basic concepts and takes a reader to highly advanced treatment of the subject very smoothly. As the table of contents indicates that the author has not left any topic untouched that might be of interest to structural engineers. Starting with optimal probabilistic design to evaluation of failure probability, properties of matter, combinations of various loads, buckling and vibrations, corroding structures etc. the author takes a reader to explain how reliability of existing structure can be evaluated. Each chapter has physical examples to illustrate a particular method. For example, the failure probability calculations in chapter 5 are is explained iteration by iteration. Monte Carlo simulation method is explained in details. Exceptions and conditions of applicability of a method are explained clearly. In short the reviewer feels that the book by Dr. Raizer is a very good reference on the subject and he would like to recommend this book not only to practicing structural engineers but a quite handy book (only146 pages) for all civil engineering students pursuing a course on structure design at graduation or post graduation level. The reviewer believes that it is an excellent treatise on the subject and he would like to recommend to one and all to give this book a closer look to appreciate the amount of information contained in this unique book. The book would be very useful for reliability engineers and those dealing with risk assessment, in general.

 

Krishna B. Misra

 

Review published in the International Journal of Performability Engineering in Vol. 7, No. 1, January, 2011, p. 20.

 
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