This series serves as a cornerstone for students and professionals in mechanical engineering. It meticulously covers a broad spectrum of topics, moving from fundamental principles to advanced applications. Readers gain deep theoretical knowledge alongside practical insights into contemporary engineering challenges. It is an indispensable resource for understanding and innovating within this dynamic field.
This text is intended for the core course in mechanics or strength of materials which is generally taught at the sophomore or junior level. The book also provides problems, most of which are new in this edition. Tutorial software accompanies each book.
A study on the behavior and response of metals to applied forces.
The fourth edition of this text includes the addition of over 500 new problems, divided into categories of applied problems, comprehensive applied problems, design projects, word problems and FE (fundamentals of engineering exam) problems. The book has been given an updated, modern design and includes many useful pedagogical and motivational aids such as a perforated Key Equations Card, boxed equations, and opening chapter photos.
In SI Units
The eighth edition of Shigley's Mechanical Engineering Design maintains the basic approaches that have made this book the standard in machine design for over 40 years. At the same time it combines the straightforward focus on fundamentals instructors have come to expect with a modern emphasis on design and new applications. Overall coverage of basic concepts are clear and concise so that readers can easily navigate key topics. Problem sets have been improved, with new problems added to help students progressively work through them. The book has included ARIS, which will have algorithmic problems. All standards have been updated, which will make this the most current text! Also a new chapter on finite elements has been added.
Features uncertainty and statistical methods. This book also features the design process, streamlined coverage of statistics, an overview of materials and materials selection, failure and fatigue, and review of basic strength of materials topics.