SAICE

Conceptual Structural Design – Bridging the gap between architects and engineers

R860,00 Incl. VAT

Product Code: TD/TTP/CSDSE
Conceptual Structural Design aims to ‘bridge the gap’ between engineers’ and architects’ understanding of structural form and highlight the importance of close collaboration between all members of the design team throughout a project. This book is presented in two parts. The first part investigates sources of inspiration for developing structural form, learning from natural forms, seeking inspiration from precedents, understanding of structural principles, developing design through physical models, and using new design tools, construction methods and materials to develop new structural forms. The second part of the book is presented through a selection of case studies that include interviews with the design teams. Conceptual Structural Design: • describes the immense development in design tools, construction methods and materials and how these have impacted upon the way designers think, perceive and design structures • reflects on the development in knowledge, skills and opportunities that affect the design team and the importance of embracing sustainability agendas • includes a selection of case studies that outline architects’ experiences from real projects and how they collaborated with engineers from the early stages of design. The second edition of Conceptual Structural Design is essential reading for architects and engineers, and for anyone interested in conceptual structural design.

Additional information

Weight 1000 g
Author

Olga Popovic Larsen

Publisher

ICE Publishing

ISBN Number

978-0-7277-6110-1

Edition

Second Editions

Year

2016

Contents
Foreword vii
About the Author viii
About the updated new edition ix
Acknowledgements x
Chapter 1 Introduction 1
Chapter 2 Lessons from nature: Design through evolution 7
Chapter 3 Primitive structures: Design through intuition 23
Chapter 4 Master Builders and beyond: Design from precedent 39
Chapter 5 Scientific principles and materials: Design through new possibilities 57
Chapter 6 Learning from physical models: Design through experimentation 81
Chapter 7 The new era: Design tools, methods and new materials 101
The Link 140
Case Study 1 Building with Nothing at all: Loadbearing Glass Structures 143
by Dirk Jan Postel and Robert Nijsse
Case Study 2 A Stacked Landscape: Dutch Expo Pavilion 2000 153
by MVRDV Architects and ABT Consulting Engineers
Case Study 3 Capsules of Plant Life from Planet Earth: The Eden Project 169
by Nicolas Grimshaw Architects and Anthony Hunt Associates Consulting Engineers
Case Study 4 The Magic Children’s World: Guastalla Nursery 189
by Mario Cucinella Architects and Rubner Holzbau SpA
Case Study 5 Architecture Through Innovation and Performance: Woodland Trust HQ 201
by Fielden Clegg Bradley Studios (FCBS) and Atelier One Structural Engineers
Postscript 213
Bibliography 216
Index 218