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Taschenbuch. Zustand: Neu. Druck auf Anfrage Neuware - Printed after ordering - This book contains results of more than a decade's effort on coupled deformation and diffusion obtained in research performed at the Institute of Fracture and Solid Mechanics, Lehigh University. Despite the overwhelming number of theories on this subject, little is known on the assessment of coupling effects because of the inherent difficulties associated with experimentation. A case in point is couple thermoelasticity, a theory that has remained virtually unused in practice. This is indicative of the inadequacy of conventional approaches. The interdependence of heat, moisture and deformation arises in many engineer ing problems of practical interest. Whether these effects are coupled or not depend on the transient character of the boundary conditions. Special attention is given to finding the coupling constants. Invoked is the assumption that the physical parameters should be independent of the specified boundary conditions. They can thus be extracted from known experimental data for situations where coupling effects are relatively weak and then applied to predict strong coupling effects as boundary conditions are altered. This is illustrated for the T300/5208 material commonly used in composites and permits a more reliable evaluation of material behaving under extreme environmental conditions. The lack of this knowledge can often be a major deterrent to the achievement of new technological advances. The reader will recognize that the material in this book does not follow the main stream of research on moisture-temperature diffusion and deformation.…

Buch. Zustand: Neu. Druck auf Anfrage Neuware - Printed after ordering - This book contains results of more than a decade's effort on coupled deformation and diffusion obtained in research performed at the Institute of Fracture and Solid Mechanics, Lehigh University. Despite the overwhelming number of theories on this subject, little is known on the assessment of coupling effects because of the inherent difficulties associated with experimentation. A case in point is couple thermoelasticity, a theory that has remained virtually unused in practice. This is indicative of the inadequacy of conventional approaches. The interdependence of heat, moisture and deformation arises in many engineer ing problems of practical interest. Whether these effects are coupled or not depend on the transient character of the boundary conditions. Special attention is given to finding the coupling constants. Invoked is the assumption that the physical parameters should be independent of the specified boundary conditions. They can thus be extracted from known experimental data for situations where coupling effects are relatively weak and then applied to predict strong coupling effects as boundary conditions are altered. This is illustrated for the T300/5208 material commonly used in composites and permits a more reliable evaluation of material behaving under extreme environmental conditions. The lack of this knowledge can often be a major deterrent to the achievement of new technological advances. The reader will recognize that the material in this book does not follow the main stream of research on moisture-temperature diffusion and deformation.…

Buch. Zustand: Neu. Neuware - The initial idea for this series was conceived as an additional activity of the ASME's Computers& Information in Engineering (CIE) Division to promote the interests of the division and increaseits outreach. Members of the executive committee of the CIE Division discussed the preparation ofthis book series four years ago before the 30th CIE conference held in 2010 in Montreal, QuebecCanada. The decision was made to move forward before the subsequent 31st CIE conference heldin Washington DC, USA in 2011.In particular, this book series aims to capture advances in computers and information in engineeringresearch, especially by researchers and members of the CIE Division.The intended audience is primarily the academic, governmental and industrial mechanical engineeringand computational science communities interested in recent research advances as theyrelate to computational and information technologies associated with engineering design, alongwith product and process development. The series will focus on advances in computational methods, algorithms, tools, and processes on the cutting edge of research and development as they havebeen reported during the last five annual CIE conferences. The series will provide a resource forenhancing engineering practice by enabling the understanding and the application of evolving andemerging technologies that impact critical engineering issues.…