Engineering Mechanics. STATICS. R. C. Hibbeler - 15 th Edition in SI Units
Engineers in all disciplines rely on a foundational comprehension of mechanics, specifically statics, to analyze loading and forces on structural systems. R.C. Hibbeler's textbook, Engineering Mechanics: Statics, serves as a seminal guide to internalizing this field. Delivered in Hibbeler's signature clear, concise style, this book builds intuition around the basic concepts and principles that drive static analysis.
Brief summary of the book
After covering the basics of vector analysis, Hibbeler grounds the reader in rigorously defining core terminology like rigid bodies, equilibrium, and free body diagrams. Numerous diagrammed examples illustrate the process of isolating a system, diagramming the various forces acting on it, and leveraging equations of equilibrium to quantify unknown forces. This builds aptitude in appropriately simplifying problems and applying the correct mechanical relations to determine loading, understand system stability, and assess stress distributions.
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With its methodical explanations, fully-worked visual examples, and abundance of practice problems, Hibbeler’s Statics text develops true mastery of mechanics fundamentals. The skills students acquire in forcing them to methodically abstract real-world systems into simplified free body diagrams and apply physics relations will prove invaluable in engineering curriculum and future practice. All in all, this text provides thorough preparation for meeting the mechanics analysis challenges faced in the engineering profession.
