Bamboo Gridshells

David Rockwood is Associate Professor; Director, Construction Process Innovation Lab; and Co-Director, Urbanism Research Lab at the University of Hawai`i at Mānoa, School of Architecture, USA. Rockwood’s research focuses on material, structure, and construction processes for high performance buildings. He was named a Fulbright Specialist in 2014.

• Preface Introduction Chapter 1. Bamboo Form and Material Introduction Bamboo Plant Taxonomy Bamboo Plant Geographic Location and Ecological Conditions Bamboo Plant Physiology and Growth Characteristics Bamboo Material Physical Properties Bamboo Treatment and Preservation Bamboo Material for Building Construction Tools and Workability Bamboo Structural Connections Chapter 2. Gridshells Gridshell Definition Gridshell Morphology Gridshell Case Study Examples Translation to Bamboo Chapter 3. Building Investigations – Phase 1 – Hawai`i Introduction Structural Connections Bamboo Properties Gridshell Assembly Gridshell Erection Process Provisional Conclusions Chapter 4. Building Investigations – Phase 2 – Vietnam Introduction Chain Models (Formfinding) Bamboo Models Structural Connections Gridshell Assembly and Erection Process Provisional Conclusions Chapter 5. Building Investigations – Phase 3 – Hawai`i Introduction Formfinding Built-Up Spanning Members Gridshell Assembly and Erection Process Provisional Conclusions Chapter 6. Building Investigations – Phase 4 – Vietnam Introduction Gridshell Structural Member Prototypes Provisional Conclusions Chapter 7. Conclusion

'This book is for architects, engineers and builders who thrill to unexpected techniques and to doing more with less - in this case the marriage of a magically fast-growing, giant woody grass to curvy, long span structures. Bamboo Gridshells is a future classic, in which a vernacular, low-key/low-cost/low-tech building material meets the contemporary, high-tech structural shell. David Rockwood writes as precisely as Aristotle, whom he wisely invokes in this simple primer on the kind of elegantly lean and renewable architecture that the 21st Century so needs.' - Doug Kelbaugh, Professor of Architecture and Urban Planning and former Dean, Taubman College of Architecture and Urban Planning, University of Michigan, USA