Mechanics of Materials – Paul S. Steif – 1st Edition


Mechanics of helps gain physical and intuitive understanding of the ideas underlying the mechanics of materials; grasp big picture ideas; and use the subject to solve problems—everything it takes to genuinely learn how the acting on a material relate to its deformation and failure.

This contains end-of-section problems that illustrate ideas, concepts, and procedures. Focused Application area problems demonstrate applications to real situations like: bicycles, cable stayed bridges, drilling of wells, exercise equipment, bone fracture fixation, and wind turbines.

Everyday objects can illustrate the ideas of Mechanics of Materials, and help gain an intuitive understanding of concepts. This starts with situations that students are familiar with, and progresses to the general, mathematical forms that enable wide application of the subject.

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  • 1. Introduction
    Unit 1 Body Composed of Elements
    2 Internal Force, Stress, and Strain
    Unit 2 Common Deformation Modes
    3 Axial Loading
    4 Torsion
    5 Bending
    Unit 3 Design Against
    6 Combined Loads
    7 Stress Transformations and Failure
    8 Buckling
  • Citation

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