Failure Mode-Close up near the middle of beam

After failure Cracks in bamboo culm

Bamboo geodesic dome (6m diameter) with jute lining

Failure Mode-Close up near the middle of beam

After failure Cracks in bamboo culm

Bamboo geodesic dome (6m diameter) with jute lining

A typical joint of the bamboo dome. The joint facilitates quick and dismantling

Mr. Mukul Gupta (UG student), Dr. S. Bhalla, Prof. Roger West(Trinity College), Mr. Diwakar Bhagat(Research Scholar)

A 3m tall bamboo/built up column assembled at IIT-Delhi and tested at Trinity College, University of Dublin,Ireland

Foundations of a model bamboo cowshed frame

Base connection of bamboo column to RC pedestal

A typical joint of dome

A bamboo based deployable tensegrity poultry shed fabricated by students of Mini Project (2009-10) and Tagore International School

Dome erecation in progress

A tensegrity poultry shed designed by Project students Nikhil Vyas (2008-09) with the help of CEP 200 students Brahmjot S. Raheja, Rachit Jain, Rajat Dhanda and D.Harihar Rohit

Roof of tensegrity poultry shed shown in adjoining picture

A high capacity composite bamboo beam fabricated

by Research Scholar Mr. Diwakar Bhagat

(March-April 2010).

A high capacity composite bamboo beam fabricated

by Research Scholar Mr. Diwakar Bhagat

(March-April 2010).