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More copies of this ISBN:Marks' Mechanics Problem-Solving Companionby Larry Silverberg
Synopses & ReviewsPublisher Comments:Mechanical engineers must solve complex problems, day after day. This book is the perfect helper. Whether you’re in your first month on the job, your tenth year, or still in the classroom, the problem-solving techniques in this book will help you survive—and thrive. Based on McGraw-Hill’s Marks’ Standard Handbook for Mechanical Engineers, the most widely used reference in the field, this unique refresher course/self-teaching tool/skill builder can help you: *Hone problem-solving skills with 100s of solved and practice examples that force you to approach problems from different angles *Survive the “weeding-out” freshman and sophomore years of engineering when you must prove you can handle the math *Overcome the most difficult aspect of engineering—the mathematical problems *Polish and improve your most valuable engineering asset: problem-solving techniques *Build skills in all core areas: statics, dynamics, and strength of materials *Target areas of difficulty *Find answers to practice problemsMathematical theory is fully described in easy to understand language. The reading is concise and easy to follow. You’ll easily find answers to the questions that you ask. Problem sets for a foundation in mechanical engineering Synopsis:Provides material that will drill mechanical and civil engineers in problem-solving techniques Synopsis:*Provides material that will drill mechanical and civil engineers in problem-solving techniques*Covers the core areas: Statics, Dynamics, and Strength of Materials*Includes hundreds of worked-out problems and practice problems About the AuthorLarry Silverberg is a professor of Mechanical and Aerospace Engineering at North Carolina State University. He has been teaching engineering college students for almost 20 years, and has received many awards for teaching and research excellence. James P. Thrower is a very talented Ph.D. graduate student who is working under the direction of Dr. Larry Silverberg at North Carolina State University. Both authors reside in Raleigh, North Carolina Table of Contents Part I: Statics. Chapter 2: Forces and Moments. Chapter 4: Applications. Part II: Dynamics. Chapter 7: Coordinate Systems. Chapter 9: Rigid Body Dynamics. Chapter 10: Introduction to Deformation and Stress. Chapter 12: Torsional Deformation and Stress. Chapter 14: General Stress--Strain Relationships. Chapter 16: Special Topics.Appendix A.2: Mass Integrals and Area Integrals. | |||||||||
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