Vibration of solids and structures under moving loads - Hardcover

Ladislav Fryba

Hardcover

ISBN 10: 0727727419 ISBN 13: 9780727727411

Publisher: Thomas Telford, 1999

Synopsis

This book analyses the effects of moving loads on elastic and inelastic solids, elements and parts of structures and on elastic media, namely beams, continuous beams, beams on elastic foundations, rigid-plastic beams and thin-walled beams, frames, arches, strings, plates elastic spaces and half spaces etc. Vibrations in these structures are produced by various types of moving force (loads), such as vehicles with the inertial effects of their masses and by random loads which move with constant or variable speeds along the structure. This type of loading (varying in time and space) may be found in transport engineering structures which need to carry faster and heavier vehicles while the structures over which the vehicles move are becoming slenderer and lighter. The book provides theoretical formulations for the problem, and mathematical solutions for all cases and their application to civil, mechanical, transport, naval and aircraft structures. The extensive and up-to-date bibliography gives a worldwide survey of the problem. The monograph describes ways to prolong the life of existing/older structures and presents a theoretical guide to the economic design of new civil, mechanical and other engineering structures, such as bridges, rails, sleeper, roadways, airport runways, tunnels, foundations for all types of highways and railways, cranes and other transport structures. This book will be of great value to civil, mechanical and transport engineers, researchers, project engineers, designers, postgraduate and undergraduate students and all those interested in structural dynamics.

About this title

Language Notes

Text: English (translation)
Original Language: Czech

Edition details

• Publisher: Thomas Telford
• Publication date: 1999
• ISBN 10: 0727727419
• ISBN 13: 9780727727411
• Binding: Hardcover
• Language: English
• Edition number: 3
• Number of pages: 500