Infrastructure Systems: Mechanics, Design, and Analysis of Components

ISBN-13: 9780471179078 / Angielski / Twarda / 1997 / 624 str.

Demeter G. Fertis

Opis

This is a reference on structural engineering, design and repair, covering stress and deformation, structural dynamics, advanced analysis methods, and elastic theory. Examples illustrate how these concepts can be applied to rehabilitation of components (such as columns, beams and trusses) of major infrastructure systems such as buildings, bridges and highways.

Spis treści

Infrastructural Fundamentals.

Stress and Deformation.

Infrastructural Dynamics.

Advanced Methods and Problems of Infrastructural Analysis.

Infrastructural Nonlinearities, Instability, and Inelastic Response.

Structures Subjected to Earthquake Excitations and Blast Loadings.

Energy Concepts and Methods, Finite Element and Finite Difference Methods.

Appendices.

Answers to Selected Problems.

References.

Index.

O autorze

DEMETER G. FERTIS is Professor Emeritus of Civil Engineering at the University of Akron. His articles have been published in professional journals and proceedings, and his books include Mechanical and Structural Vibrations (Wiley), Nonlinear Mechanics, and Dynamics and Vibration of Structures.

Blurb

A comprehensive foundation in infrastructure design and analysis.

Infrastructure Systems offers complete coverage of both static and dynamic analysis and design of infrastructure systems, from the basics of structural mechanics and dynamics to advanced analysis techniques. Bridging theory and applications, this invaluable book contains unique methods that simplify the analysis and design of nonlinear and complex linear infrastructural systems –powerful new tools for both informed students and practicing engineers.

Well–written and easy to follow, Infrastructure Systems presents:
∗ Fundamentals of statics, stress and deformation, and infrastructural dynamics of beams, frames, buildings, bridges, and other components
∗ Equivalent systems, infrastructural nonlinearities, instability, and inelastic response for components of uniform or variable stiffness
∗ A detailed examination of structures subjected to earthquake excitations and blast loadings –elastic and elastoplastic analyses, Lagrange′s equation, and more
∗ Energy concepts and applications, and the finite element and finite difference methods
∗ Extensive examples and illustrations, plus detailed answers to selected problems.