Bio-Inspired Engineering - Jenkins, Christopher

. .

Résumé :
The living natural world has been creating solutions for physical, chemical, and environmental challenges since the early history of the Earth. Bio-Inspired Engineering is a small, humble step toward putting some of the powerful examples of those natural solutions into the hands of engineers and others who are designing our technological world. It is intended to provide them with the power of bio-inspiration, to help them close the gaps between the elegant solutions of nature and the possibilities we can imagine. In this new engineering text by noted professor Chris Jenkins, you will learnHow nature has solved critical optimal structures that resist loads and force with compliant design. How to put to good use the evolutionary approaches to materials design in nature for such uses as self-healing materials, shape memory materials, piezoelectric materials, and magneto-rheological materials. How engineers can learn from the way that nature has handled the challenging problems of heat transfer and efficient fluid flow. How engineers are learning from nature to improve robotics design. More and more, engineering design in the future will mimic and adapt the structural and material solutions that nature has evolved over eons to create the robust electronics, energy-efficient housing, and advances in consumer goods that drive the modern technological world. This book shows the first steps down that path....

Biographie:
Christopher Jenkins, PhD, is a Professor and the Department Chair in Mechanical Engineering at Montana State University. Previously, he was Professor and Chair of Mechanical Engineering at the South Dakota School of Mines and Technology, where he founded the Ultra-Lightweight Technologies Laboratory and the Compliant Structures Laboratory. Professor Jenkins earned his BS in Physics at Florida Institute of Technology and his MS and PhD in Mechanical Engineering at Oregon State University. He has published over 100 papers in his field of advanced structural design, and serves on the editorial board of several journals, including Eco-Architecture and Design & Nature....

Sommaire:
The living natural world has been creating solutions for physical, chemical, and environmental challenges since the early history of the Earth. Bio-Inspired Engineering is a small, humble step toward putting some of the powerful examples of those natural solutions into the hands of engineers and others who are designing our technological world. It is intended to provide them with the power of bio-inspiration, to help them close the gaps between the elegant solutions of nature and the possibilities we can imagine. In this new engineering text by noted professor Chris Jenkins, you will learnHow nature has solved critical optimal structures that resist loads and force with compliant design. How to put to good use the evolutionary approaches to materials design in nature for such uses as self-healing materials, shape memory materials, piezoelectric materials, and magneto-rheological materials. How engineers can learn from the way that nature has handled the challenging problems of heat transfer and efficient fluid flow. How engineers are learning from nature to improve robotics design. More and more, engineering design in the future will mimic and adapt the structural and material solutions that nature has evolved over eons to create the robust electronics, energy-efficient housing, and advances in consumer goods that drive the modern technological world. This book shows the first steps down that path....