Basics Of Structural Dynamics And Aseismic Design Damodarasamy Kavitha: Concepts and Techniques of Structural Dynamics and Aseismic Design
Basics Of Structural Dynamics And Aseismic Design Damodarasamy Kavitha: A Comprehensive Book for Earthquake Engineering Students
Earthquake engineering is a multidisciplinary field that deals with the effects of earthquakes on structures and their design to resist seismic forces. It covers four major areas: structural dynamics, seismology, seismic analysis, and aseismic design. Structural dynamics is the study of the response of structures to dynamic loads, such as wind, blast, and earthquake. Seismology is the science of earthquakes, their causes, characteristics, and effects. Seismic analysis is the process of evaluating the seismic performance of structures using various methods and tools. Aseismic design is the art of designing structures to minimize the damage and loss of life due to earthquakes.
One of the books that covers all these four areas in a comprehensive and lucid manner is Basics Of Structural Dynamics And Aseismic Design Damodarasamy Kavitha, written by S.R. Damodarasamy and S. Kavitha, who are both experienced professors of civil engineering. The book was published by PHI Learning Pvt. Ltd. in 2009 and has 344 pages. It is intended for undergraduate and postgraduate students of civil engineering who want to learn the fundamentals of earthquake engineering.
Basics Of Structural Dynamics And Aseismic Design Damodarasamy Kavitha
The book consists of 18 chapters that cover the following topics:
Elements of vibration
Undamped free vibration of single degree of freedom (SDOF) system
Damped free vibration of SDOF system
Response of SDOF system to harmonic excitation
Response to periodic loading
Response to impulse loading
Response to general dynamic loading
Vibration of multi degree of freedom (MDOF) system
Natural frequencies and mode shapes
Orthogonality of modes
Modal analysis
Introduction to seismology
Seismic waves and ground motion
Response spectrum analysis
Seismic design philosophy and codal provisions
Aseismic design methods
Liquefaction of soil
Dams and embankments
The book also provides numerous solved examples, exercises with answers, diagrams, tables, graphs, and references to illustrate the concepts and theories. It incorporates the necessary codal provisions such as IS 1893:2002, IS 13920:1993 and IS 4326:1976 for seismic analysis and aseismic design. It also highlights the various new techniques in the field of earthquake engineering, such as base isolation, energy dissipation devices, seismic retrofitting, etc.
The book is well-written, well-organized, well-balanced, and well-suited for students who want to learn the basics of structural dynamics and aseismic design in a simple and effective way. It is also useful for practicing engineers who want to refresh their knowledge and skills in earthquake engineering.
One of the features of the book is that it emphasizes the practical aspects of earthquake engineering, such as the design of real structures, the use of software tools, the interpretation of seismic data, and the assessment of seismic risk. The book also includes a case study of the seismic analysis and aseismic design of a five-storey reinforced concrete (RC) frame building, which demonstrates the application of the concepts and methods discussed in the book. The case study shows how to model the structure, calculate the natural frequencies and mode shapes, perform the response spectrum analysis, design the structural elements, and check the ductility and capacity of the structure.
Another feature of the book is that it covers some of the advanced topics in earthquake engineering, such as the effects of soil-structure interaction, soil liquefaction, and dam safety. The book explains how soil properties affect the response spectra and how to account for them in seismic analysis. It also describes how soil liquefaction occurs and how to evaluate its potential and consequences. It also discusses how dams and embankments are vulnerable to earthquakes and how to design them to prevent failure and collapse.
Basics of Structural Dynamics and Aseismic Design book by Damodarasamy and Kavitha
Earthquake engineering concepts and theories by Damodarasamy and Kavitha
Seismic analysis and aseismic design of RC frames using Damodarasamy and Kavitha book
Liquefaction of soil and effects of soil properties on response spectra by Damodarasamy and Kavitha
Structural dynamics, seismology, seismic analysis and aseismic design by Damodarasamy and Kavitha
Codal provisions for earthquake resistant design by Damodarasamy and Kavitha
Solved examples and exercises on earthquake engineering by Damodarasamy and Kavitha
Basics of vibration and free vibration of SDOF system by Damodarasamy and Kavitha
Damped free vibration and harmonic excitation of SDOF system by Damodarasamy and Kavitha
Response to periodic loading and impulse loading by Damodarasamy and Kavitha
Response spectrum method and modal analysis by Damodarasamy and Kavitha
Ductility and capacity design concepts by Damodarasamy and Kavitha
Seismic design of beams, columns, joints and shear walls by Damodarasamy and Kavitha
Special confining reinforcement for ductile behavior by Damodarasamy and Kavitha
Base isolation techniques for seismic protection by Damodarasamy and Kavitha
Energy dissipation devices for seismic control by Damodarasamy and Kavitha
Seismic analysis of multistorey buildings by Damodarasamy and Kavitha
Seismic analysis of bridges, dams and embankments by Damodarasamy and Kavitha
Seismic hazard assessment and microzonation by Damodarasamy and Kavitha
Seismic instrumentation and seismographs by Damodarasamy and Kavitha
Earthquake sources, faults and plate tectonics by Damodarasamy and Kavitha
Earthquake magnitude, intensity and frequency by Damodarasamy and Kavitha
Earthquake ground motion characteristics by Damodarasamy and Kavitha
Earthquake response spectra and attenuation relations by Damodarasamy and Kavitha
Earthquake site effects and soil amplification by Damodarasamy and Kavitha
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The book is written in a clear and concise language, with a logical flow and a consistent notation. The book avoids unnecessary mathematical derivations and focuses on the physical interpretation and understanding of the phenomena. The book also provides ample references for further reading and research. The book is suitable for both self-study and classroom instruction.