Wind Effect on '+' Plan Shaped Tall Buildings - Chakraborty, Souvik;Dalui, Sujit Kumar
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This book deals with experimental and numerical simulation of wind effect on '+' plan shaped tall building. Although such buildings are common in practice, no codal provision for calculating wind load on such building is available in the international standards. Two popular numerical schemes, namely k-epsilon and shear stress transport technique has been used for determining pressure coefficient on various faces of the '+' plan shaped building. The result presented will be helpful for practicing engineers in designing such peculiar shaped building. Furthermore, this book will also be useful in…mehr

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Produktbeschreibung
This book deals with experimental and numerical simulation of wind effect on '+' plan shaped tall building. Although such buildings are common in practice, no codal provision for calculating wind load on such building is available in the international standards. Two popular numerical schemes, namely k-epsilon and shear stress transport technique has been used for determining pressure coefficient on various faces of the '+' plan shaped building. The result presented will be helpful for practicing engineers in designing such peculiar shaped building. Furthermore, this book will also be useful in developing basic understanding regarding wind flow around buildings.
Autorenporträt
Souvik Chakraborty is a PhD scholar at IIT Roorkee, India. He earned his bachelors degree from NIT Durgapur, India and Masters degree from BESU Shibpur, India. His research areas are multidisciplinary in nature and include wind engineering, multiscale analysis, uncertainty quantification, stochastic dynamics and applied mathematics.