Synopsis
Just as the study of physiology requires an understanding of biochemistry, so the study of the mechanical properties and design of organisms requires a grounding in engineering and materials science. It is important for any biologist working in this area to acquire such knowledge, and this comprehensive book provides an overview of the subject in relation to biological materials. The mechanical testing of biological material presents many difficulties; the test methods are alien to most biologists, and the size and form in which biological specimens are presented can be perplexing to the engineer. The problems are compounded by the complexity of the materials involved, and the sophistication required in both test methods and analysis. This detailed book provides experimental protocols which cross the barriers of understanding between biologist and engineer, encouraging effective interdisciplinary communication. The chapters cover the properties and testing of bone, cartilage, and joints; liquids, composites, and tensile fibres; stiffness, fracture and adhesion; and plant material. The contributors are all experienced researchers who have developed successful methods for measuring and understanding the mechanical properties of biological materials. This book is an invaluable experimental resource for researchers involved in the analysis of biological materials, with backgrounds in biology, materials science, medical biomechanics, or agricultural engineering.
Présentation de l'éditeur
Just as the study of physiology requires an understanding of biochemistry, so the study of the mechanical properties and design of organisms requires a grounding in engineering and materials science. It is important for any biologist working in this area to acquire such knowledge, and this book aims to provide a comprehensible overview of the subject, in relation to biological materials. The mechanical testing of biological materials presents many difficulties; the test methods are alien to most biologists, and the engineer can be perplexed by the shape, size and form in which biological specimens are presented. The problems are compounded by the complexity of the materials involved and the sophistication required in both test methods and analysis. This book provides experimental protocols which will cross the barriers of understanding between biologist and engineer, and encourage effective interdisciplinary communication. Chapters include those on the properties and testing of: bone, cartilage, and joints liquids, composites, and tensile fibres stiffness, fracture and adhesion plant material. The contributors are all experienced researchers who have themselves developed successful methods for measuring and understanding the mechanical properties of biological materials. Biomechanics - Materials: A Practical Approach is an invaluable experimental resource for any researcher interested in the analysis of biological materials, whether their background is in biology, materials science, medical biomechanics, or agricultural engineering.
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