
V1 9780727741066 376pp
£ 35.00
V2 9780727741073 296pp
£45.00
V2 9780727741073 296pp
£45.00
ICE Publishing
Sep 2010 |
Structural Systems: Behaviour & Design
Leonidas Stavridis
This title will not be published until 29th September 2010. If you decide to order before the 29th September 2010 please note that payment will be taken as the order is placed and the book will be dispatched as soon as possible upon publication.
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Promoting and underlining the importance of structural thinking, Structural Systems: Behaviour and Design will provide readers with a comprehensive understanding of the behaviour of a wide range of structural systems based on the load-carrying mechanisms involved.
Bringing together a wide array of structural types and covering the behaviour and design of both steel and reinforced concrete (prestressing inclusive), the author employs an integrated qualitative and quantitative approach to the examination of each structural element. Topics are introduced in a logical manner, building on concepts discussed and explained in previous chapters, providing readers with a sound understanding of the universal principles of structural behaviour and enabling them to apply safe conceptual and preliminary designs, whatever design codes they are working with.
The book starts with the fundamental concepts, looking at plane structural systems such as beams, frames, arches and cable structures. In the latter half, the author builds on this, introducing the more advanced topics of spatial structural systems, dynamic behaviour and seismic response, and soil-structure interaction. Each topic is treated in a predominantly practical way and supported throughout with illustrative diagrams, equipping readers with the analytical tools and structural understanding required to undertake the design of complex structures, including bridges, buildings, space covering roofs and foundations.
Structural engineers of all levels of experience will find this an accessible and authoritative text, enabling a solid understanding of structural behaviour without dependence on computer-generated models.
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