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Computational design of lightweight structures : form finding and optimization / [electronic resource]

by Descamps, Benoît [author.].
Material type: materialTypeLabelBookSeries: Focus nanoscience and nanotechnology series: Publisher: London : ISTE ; 2014.Description: 1 online resource (xxiii, 136 pages) : illustrations.ISBN: 9781118908860; 1118908864; 9781118908969; 1118908961.Subject(s): Lightweight construction | Structural design -- Mathematics | Space frame structures | Building materials | Space frame structures -- Materials | ARCHITECTURE ARCHITECTURE -- General | Electronic books | Electronic booksOnline resources: Wiley Online Library
Contents:
Truss Layout Optimization / Benoît Descamps -- Unified Formulation / Benoît Descamps -- Stability Considerations / Benoît Descamps -- Structural Design Applications / Benoît Descamps -- Conclusions and Future Prospects.
Summary: "This book presents a computational method for the preliminary shape design of lightweight structures. The strategy relies on fundamental concepts of structural design to formulate an optimization problem combining the theories of mathematical programming and structural mechanics. The method considers many design settings including stress and displacement constraints, self-weight, multiple loading conditions and structural stability considerations. In addition, the conceptual framework is well suited to accommodate project-specific constraints."--Preface.
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Includes bibliographical references and index.

Truss Layout Optimization / Benoît Descamps -- Unified Formulation / Benoît Descamps -- Stability Considerations / Benoît Descamps -- Structural Design Applications / Benoît Descamps -- Conclusions and Future Prospects.

"This book presents a computational method for the preliminary shape design of lightweight structures. The strategy relies on fundamental concepts of structural design to formulate an optimization problem combining the theories of mathematical programming and structural mechanics. The method considers many design settings including stress and displacement constraints, self-weight, multiple loading conditions and structural stability considerations. In addition, the conceptual framework is well suited to accommodate project-specific constraints."--Preface.

Online resource; title from PDF title page (Wiley, viewed May 5, 2014).

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