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Strength of Materials

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  • Page ID
    145506
    • James K. Lord, Amy Richardson, Sneha Davison, and David A. Dillard
    • Virginial Tech

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    This book is intended for use in introductory undergraduate Mechanics of Materials courses. Such courses are typically early in the curriculum, following Statics and generally serving as a prerequisite to more advanced Solid Mechanics courses. As such, this book begins with a review of static equilibrium before introducing the concepts of stress and strain and the relationship between them, along with pertinent material properties. The following chapters explore stress and deformation under four loading conditions: axial loads, torsional moments, bending moments, and transverse loads. Methods for determining internal loads and relevant geometric properties are included.

    Once stress and deformation under each loading condition is well understood, stress transformation is introduced. This is followed by a brief discussion of thin-walled pressure vessels before tying together many of the previous chapters in an exploration of combined loading scenarios. Finally, column buckling is examined as a potential failure mode.

    This page titled Strength of Materials was last modified on Fri, 30 Oct 2026 07:28:37 GMT and is shared under a CC BY-NC-SA 4.0 license and was authored, remixed, and/or curated by James K. Lord, Amy Richardson, Sneha Davison, and David A. Dillard via source content that was edited to the style and standards of the LibreTexts platform.