24-751 Solid Mechanics and Elasticity

12 units, Carnegie Mellon University

This introductory course develops the fundamental concepts of continuum mechanics for solids in a manner useful for applications in engineering. Physical understanding of elasticity theory is introduced from first principles in kinematics, stress, and material constitutive laws with a focus on understanding and solving important problems in solids. Topics covered include linear elastic bodies; slender structures of rods and plates; finite deformation of rubbery materials; fracture and adhesion; contact mechanics; and dynamics. Emphasis is placed on using elasticity theory to not only solve classical problems but to also construct and understand experimental results and finite element method simulations in applied engineering applications and fundamental scientific research.

Prerequisites: none listed

Offered: Fall 2026, Fall 2025

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