Engineering Materials Technology... | Buy

Summary

Engineering Materials Technologycontinues to cover basic concepts in materials science, engineering and technology dealing with traditional as well as advanced materials.In addition to coverage of metals, polymers, ceramics and composites, the book offers introductions to emerging technologies such as micro/nano technology, environmentally friendly processes and products, smart and morphing materials and trends in surface science and engineering.Industrial and apprentice trainers.

Nature & Structure
Engineering Materials Technology
Nature and Family of Materials
Synthesis, Processing & Structure of Solid Materials
Properties Of Materials
Properties-Defined & Mechanical
Chemical, Thermal, & Tribological Properties and Corrosion
Electrical & Optical Properties
Evaluation, Standards, Design & Selection
Testing, Failure Analysis, Inspection & Standards
Materials Design, Selection & Characterization
Metallics
Nature and Thermal Processing of Metals
Ferrous Metals
Nonferrous Metals
Metals Powders & Powder Metallurgy
Surface Science & Engineering
VI
Nature of Polymers
Plastics
Elastomers: Natural & Synthetic Rubbers
Adhesives & Other Important Polymerics
Wood & Related Products
Ceramic Materials
Nature & Design of Ceramics
Ceramic Processing
Refractives, Cement, Concrete, Clay, Protective Coatings, & Abrasives
Electronic, Magnetic Ceramics, Smart Ceramics
Glass, Radioactive Materials & Nuclear Fuels
Composite Materials
Fiber Structures & Properties
Composite Structures, Types & Processing
Fastening, Machining, Repair & Evaluation
OTher Important Materials And Materials Systems Technology
Microelectronics Semiconductor Material Electron Band Theory
Smart Materials, Biometics, Biomaterials Molecular & Nano Systems Engineering, & Manufacturing
Appendices
Index
Table of Contents provided by Publisher. All Rights Reserved.

Supplemental Materials

What is included with this book?

The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.

Excerpts

This 5th edition resulted from input from students, faculty and specialists in the field. As result of the valuable feedback those of you who used earlier editions will note considerable format changes; namely breaking larger modules into smaller modules and grouped them into units. We know the book is used in a variety of courses, and hope the redesign improves flexibility.This edition continues to cover basic concepts in materials science, engineering and technology dealing with traditional as well as advanced materials. We added coverage to surface science and engineering to reflect new technologies resulting from microtechnology, improved characterization and analysis instruments and the need for improved quality and reliability. By beginning with the Materials Cycle for Life Cycle Analysis readers gain a perspective on the connectivity of the many topics that comprise materials science and engineering.New technologies like nanotechnology and morphing materials have been creeping into popular culture as seen in movies likeSpidermanandTerminator.This edition includes introductory concepts on nanotechnology, morphing and smart materials since they have become areas of considerable research with some applications already showing up in consumer products. Materials are so pervasive that they impact any new technology ranging from fuel cell vehicles to computer technology, and become central to current events like the collapse of the World Trade Center and the tragedy of NASA's Shuttle Columbia's. This perspective is seen with Alex King's definition in theMRS Bulletin: "Materials science and engineering forms the exclusive knowledge pathway through which fundamental discoveries are turned into useful products".The book uses news events, case studies along with end of-module assessment to promote comprehension and retention. EMT WEBLINKs also facilitate links to websites for current developments, further explanations and illustrations.A major challenge in writing a revision centers on adding appropriate new information and retaining key content while keeping the book length reasonable. We moved some assessment items to theInstructor's Manual,and provided Weblinks for sources of the latest data on material properties, applications and comparisons.Our first edition was written for students in engineering and industrial technology programs. Since then we have learned that many other people found our text refreshing and useful to them, including professors, secondary school teachers, and industrial trainers with the responsibility to teach materials science and technology subjects.We continually encourage readers to become "materials observers" and point out the relevance of this important subject as seen in everyday products and systems. Another effective teaching tool for learning, in evidence since the original text, is the use of integrated common themes: 1) relationships among structure, properties, processing, and applications of materials, 2) the importance of consideration of the total Materials Cycle in material synthesis, selection, processing, and economics, 3) the need for "green" design and manufacturing for a sustainable environment and manufacturing of systems and products, 4) new and/or improved technologies that influence many aspects of engineering materials technology such as micro/nanotechnology, recycling, surface engineering, smart materials, intelligent structures, and biomimetics, 5) encouragement for the reader to explore the many resources and databases outside this book including the use of the Internet, and 6) the role of standard practices in all aspects of design, testing, processing, manufacturing, selection, and applications of materials.To present the fundamentals of materials science on a level appropriate to learners who have not completed formal courses in chemistry, physics or mathematics beyond the uses of algebra is uppermo