*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
*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
Larry 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
Inhaltsangabe
Part I: Statics. Chapter 1: Preliminaries. Chapter 2: Forces and Moments. Chapter 3: Free Body Diagrams. Chapter 4: Applications. Chapter 5: Mass Integrals and Area Integrals. Part II: Dynamics. Chapter 6: Newton's Laws of Motions. Chapter 7: Coordinate Systems. Chapter 8: Energy and Momentum. Chapter 9: Rigid Body Dynamics. Part III: Mechanics of Materials. Chapter 10: Introduction to Deformation and Stress. Chapter 11: Axial Deformation and Stress. Chapter 12: Torsional Deformation and Stress. Chapter 13: Bending Deformation and Stress. Chapter 14: General Stress--Strain Relationships. Chapter 15: Combined Deformation and Stress. Chapter 16: Special Topics. Appendix A.1: Material Properties. Appendix A.2: Mass Integrals and Area Integrals.
Part I: Statics. Chapter 1: Preliminaries. Chapter 2: Forces and Moments. Chapter 3: Free Body Diagrams. Chapter 4: Applications. Chapter 5: Mass Integrals and Area Integrals. Part II: Dynamics. Chapter 6: Newton's Laws of Motions. Chapter 7: Coordinate Systems. Chapter 8: Energy and Momentum. Chapter 9: Rigid Body Dynamics. Part III: Mechanics of Materials. Chapter 10: Introduction to Deformation and Stress. Chapter 11: Axial Deformation and Stress. Chapter 12: Torsional Deformation and Stress. Chapter 13: Bending Deformation and Stress. Chapter 14: General Stress--Strain Relationships. Chapter 15: Combined Deformation and Stress. Chapter 16: Special Topics. Appendix A.1: Material Properties. Appendix A.2: Mass Integrals and Area Integrals.
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