BAMBOO AS A SUSTAINABLE REPLACEMENT FOR STEEL REINFORCEMENT - Anand, Aditya;Panchal, Harshil
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With the increasing need for sustainable construction materials, this book investigates the potential of bamboo as a viable alternative to steel in future construction practices. Bamboo's rapid growth, renewability, and mechanical properties make it an appealing option for reducing environmental impacts. This book assesses the feasibility of bamboo's integration into construction by examining its structural characteristics, durability, and overall environmental benefits. The book employs experimental analysis, including tensile strength and durability tests, to evaluate bamboo's structural…mehr

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Produktbeschreibung
With the increasing need for sustainable construction materials, this book investigates the potential of bamboo as a viable alternative to steel in future construction practices. Bamboo's rapid growth, renewability, and mechanical properties make it an appealing option for reducing environmental impacts. This book assesses the feasibility of bamboo's integration into construction by examining its structural characteristics, durability, and overall environmental benefits. The book employs experimental analysis, including tensile strength and durability tests, to evaluate bamboo's structural performance in comparison to steel. Environmental assessments are conducted to quantify the ecological advantages of bamboo, such as carbon sequestration and reduced energy consumption. The findings illuminate bamboo's potential to revolutionize the construction industry as a sustainable steel alternative.Harshil Panchal is an undergraduate student of Architecture, and this book is compilation of his dissertation work guided by AR Aditya Anand.
Autorenporträt
AR Aditya Anand is an Assistant Professor of Architect with a master's degree from Indian Institute of Technology Roorkee, teaching various subjects related to building construction practices and techniques to undergraduate students of Architecture.