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This is a study guide for an undergraduate or graduate level course in materials science. The book covers the fundamentals of materials, before moving onto the actual concept of resistance to deformation (aka "strength"). Some topics like fracture mechanics are not covered. The best part about this book is that even if you don't understand all of it, you can pull any concept out and still understand the importance to your work without needing to know everything before hand. I love it. This book is a one stop guide to all things mechanical engineering. From the basics of heat transfer through the equations of fluid flow to the stresses produced in various materials during an earthquake, this book has it all. This book is very handy for students in mechanical engineering and other disciplines involved in mechanical systems analysis and design.This reference work provides a thorough review of mechanics covering classical mechanics, field theory, thermodynamics, elasticity and vibrations. It includes worked examples from simple experiments to complex problems involving modern technology applications. This book provides a comprehensive overview from fundamentals to special topics such as noise control or lift analysis for aircrafts...This reference work provides an excellent guide for anyone with an interest in mechanics... Mechanical engineers, working in a broad range of areas, will appreciate the more advanced material on some of the techniques and analysis methods used in modern engineering practice. The book has been produced to provide a combination of basic and advanced knowledge on mechanics and its applications. This guide covers the fundamentals of mechanics and its applications to engineering materials, with chapters on kinematics, dynamics, statics and strength of materials. [ARTICLE END]https://www.amazon.com/Mechanics-Properties-Materials-Engineering-Applications/dp/1118381355 Valuable textbook for students.Valuable textbook for students. There is a very good introduction to the topic of machine design and an interesting appendix at the end. This book covers all phases in the design and analysis of machine elements. It includes the basic fundamentals needed for machine design, such as stress/strain relationships, kinematics and dynamics; followed by chapters on machine elements and their uses in mechanical systems (irrespective of size), such as: bearings, belts and chains, couplings and universal joints, gearing, rotating equipment (gearboxes), springs, sliding gear mechanisms; stability of machines; frictional considerations; fatigue; vibration; computer-aided design (CAD); rapid prototyping technologies. This is a great book to learn Machine Design. It has good examples, illustrations are excellent showing the derivation of computation results. A unique aspect of this book is that it also covers finite element methods which are very useful for many types of machine design especially the analysis of shell and shaft elements. This book can be used as a reference for students and researchers. This textbook provides the fundamentals of machine design with chapters on kinematics, dynamics, statics and strength of materials. It also includes worked examples from simple experiments to complex problems involving modern technology applications. 1st ed reprint 5th ed https://www.amazon.co. cfa1e77820
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