MODELING COMPLEX ENGINEERING STRUCTURES

Abstract

Developments in numerical methods and higher-speed computing are providing rapid advances in the analysis and design of complex structures – so rapid that it can be difficult for engineers to keep abreast of this expanding knowledge. Modeling Complex Engineering Structures provides an overview of cutting-edge developments in computational theory and techniques as currently applied in various fields of structural analysis, in the United States and around the world. Individual contributors discuss research and practice in diverse but related applications such as high-rise buildings, lightweight long-span roofs, bridges, geotechnical structures, aging nuclear structures, offshore structures, automobiles, aircraft, and ships.

By presenting a state-of-the-art view across so many applications of structural analysis, Modeling Complex Engineering Structures encourages the cross fertilization of modeling approaches, computational techniques, and performance assessment analyses from one engineering discipline to another, making this book an essential reference for analysts and designers from all disciplines.

Endorsements

“The editors have brought together an impressive group of academics and practitioners from around the world. Case studies are a feature – ranging from buildings to bridges and ships to nuclear structures.”
David Blockley, Professor, University of Bristol, UK

“...a contemporary overview of current developments and likely trends in the modeling and assessment of complex structures. The wide range of complex structures considered allows the reader to obtain a broad perspective on the analysis and design of these structures.”
Dan M. Frangopol, Professor and Fazlur R. Khan Endowed Chair of Structural Engineering and Architecture, Department of Civil and Environmental Engineering, Lehigh University

“A highly recommended read for students wanting to make the jump from theory to practice and for those in practice interested in peering over the wall to get a glimpse at advanced approaches for a wide range of structures.”
Kristina Shea, Professor, TU München