This book is not meant for professionals in the field. Rather, it is meant to be used for undergraduate courses in mechanical and aerospace engineering or for general courses in materials science and engineering. It introduces students to real-world scenarios dealing with concurrent engineering, integrated engineering and life cycle analysis. Specific topics include stress, mode of loading, corrosion and performance efficiencies. This book also includes detailed information on factors surrounding costs, requirements of law and sustainability approaches such as recycling. Common materials addressed in this book include ceramics, gray iron and plastics.
The book emphasizes the important conclusion that the selection of engineering materials should be based on their appropriateness for the type of processing they'll undergo. These processes include melting, solidification, heat-treating, refining, deformation and fabrication. Issues of cost and environmental stewardship must also be taken into consideration.
"The Principles of Materials Selection for Engineering Design" is divided into three main sections: "Structures and Properties," "Processing" and "Performance and Materials Selection for Engineering Design." A short list of chapter titles includes "Atomic Structure and Bonding in Solids," "Materials Properties for Design of Structures and Components," "Plastic Deformation and Annealing," "Corrosion and Corrosion Control," Selection of Non-Ferrous Metals," "Plastics and Reinforced Plastics" and "Materials Selection Case Studies."
"The Principles of Materials Selection for Engineering Design" is available for purchase online from a wide range of distributors. As of July 2011, it may be purchased new in hardcover for approximately $80 --- expensive but not out of line for a university textbook. A used hardcover is also available for approximately $15. The book is 824 pages long.