Structural Dynamics: Theory and Computation

by Mario Paz

This text discusses the analysis and design of structures subjected to dynamic forces or to earthquake excitations. It offers a clear presentation of the theory, combining illustrative examples with the use of computer programs for immediate corroboration of results and extension to larger dynamic systems. The book is divided into six sections initially treating structures modelled by the simple oscillator as single degree-of-freedom systems. It includes chapters for undamped and damped systems as well as methods of solution for dynamic systems. The second part introduces the reader to structures modelled as shear buildings and to the Modal Superposition Method in which the response is obtained as the combination of the responses of independent single degree-of-freedom systems. Part Three presents the dynamic analysis of structures modelled as two- or three-dimensional frames or trusses whilst Part Four contains two chapters that treat structures as continuous systems with distributed inertial and elastic properties. Part Five introduces the reader to random vibrations on structural dynamics using the discrete and fast Fourier transforms. Finally, the sixth part contains chapters on earthquake resistant design of buildings. Two independent sets of interactive menu-driven computer programs in structural dynamics and earthquake engineering are available in BASIC in compiled and non-compiled versions for implementation on IBM or compatible microcomputers. This book may be of interest to advanced undergraduate or graduate engineering students, professional engineers.

628 pages, Hardcover

First published January 1, 1980

Reviews

[Somesh Mathur · Rating 4 out of 5]

I would recommend this book to both undergraduate as well as postgraduate students who wish to delve into the subject of Earthquake Engineering.

It serves as a precursor to Structural Dynamics by A.K.Chopra and the likes, in my opinion. having read both, I would put the book by Mario Paz to be mathematically oriented rather than focussing on the underlying concepts like that of Inertia. Hence the need to couple it with another book that focusses on the workings rather than just the Math's behind it.

All in all a great book. Helped me a lot during my undergraduate and MSc. Print size is a bit small but it's legible.

[Andre Ariono · Rating 3 out of 5]

This is a must read book for people majoring in structure engineering such as civil engineering and ocean engineering. This book contain a lot of aspect for structural design, such as stiffness and natural frequencies of structure.

This book also contain Fortran Language for computate Structural Dynamics problem. This book also explain structural respond from working force such as wave force, wind force, and earthquake.

[Ayad ALDEKA]

This book is very useful for Earthquake Engineering.
Regards