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Full Description
This new resource covers the material selection, structural design and connections detailing of truly sustainable timber buildings through:
consideration of the nature of wood and the heritage of timber construction, including the importance of forestry and conservation
a review of modern techniques to improve the durability, fire resistance and predictability of structural timber elements and their vital connections
analysis of the many architectural and structural options, from roundwood shells through glulam arches and gridshells to long span hybrid structures
case studies from around the world illustrating the principles discussed and the true potential of timber construction
Historically there has been an imbalance between the availability of information on structural timber design and the much more widespread familiarity with traditional structural materials such as steel and concrete. This book aims to help redress the balance by presenting the essential design principles involved in the creation of elegant, user-friendly timber buildings that are practical, economic, and thoroughly sustainable.
Designed to support specialist study into the benefits of 21st Century timber engineering, this book also offers architects, engineers and other construction professionals practical advice on all aspects of modern timber architecture.
Contents
Dedication and Acknowledgements Foreword: Dr Peter Bonfield OBE FREng Preface Introduction Part 1: Materials and Performance 1. Understanding the Material 2. Certification of a Sustainable Product 3. Improving the Material 4. Advanced Timber Technology Part 2: Design and Detailing 5. The Opportunity of Roundwood Construction 6. Sawn Timber 7.The Renaissance of Green Oak Construction 8. Prefabricated Architectural Structures 9. Arch Forms 10. Gridshells with Small Section Timbers 11. Shells Engineered in Timber 12. Large Panel Structures 13. Advanced Structures 14. Hybrid Buildings Part 3: Connections 15. The Development of the Timber Connection 16. Engineering Connections and their Mechanics References and End words
