000			01929nam a2200169Ia 4500
008			180517s9999||||xx |||||||||||||| ||und||
082			_aM.Arch TH-0100 _bSAH
100			_aSaha, Prithul
245		0	_aAssam state assembly building : an exploration in bamboo as a sustainable and seismically safe building material (Also available on CD)
260			_c2017
300			_ax,73,xip.,CD-ROM
505			_aCONTENTS A. Abstract i B. Acknowledgements iii C. CONTENTS v D. List of Tables .vii E. List of Figures ix 1. Research Brief 1 1.1 Introduction 1.1 Hypothesis 1.2 Aim 1.3 Objectives 1.4 Methodology 2. Sustainability and Seismic Safety 5 2.1 Sustainability 2.1.1 Resource scenario from building industry perspective 2.1.2 Energy scenario from building industry perspective 2.1.3 Environmental scenario from building industry perspective 2.2 Seismic Safety 2.1.1 Seismic Zoning of India 2.1.2 Current Scenario and Imminent Threat 3. Bamboo Construction .9 3.1 Bamboo: The Plant 3.2 Bamboo Distribution in India and available species 3.3 Structural Properties of Bamboo 3.4 Sustainable Properties of Bamboo 3.5 Construction Technologies and Details 4. Challenges of bamboo construction 26 4.1 Engineering Challenges 4.2 Social Challenges 5. The case of Assam 28 5.1 Overview of the State of Assam 5.2 Guwahati: Overall Background 5.3 Bamboo Industry in Assam 5.4 Traditional Bamboo Construction Practices 5.5 Current Construction Practices in Guwahati 5.6 Seismic Situation of Guwahati 6. Case Study 34 7. Design 39 7.1 Design Objectives 7.2 Design Topic and Justification 7.3 Design Area Brief 7.4 Design Process 7.5 Design Iterations 7.6 Design Generation 7.7 Final Design and Drawings 8. References xi
700			_aDesai, Urvi (Guide)
891			_a2015 Batch
891			_aFA-PG
891			_aLandscape Architecture
999			_c53078 _d53078