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Explores the analysis of structures with large deformations and geometric nonlinearity, including practical modeling considerations and the use of OpenSees.
Covers the generalization of the model problem in structural mechanics and explores equilibrium equations and the link between normal force and displacement.
Covers the design of architectured materials with elastic energy approximating specified continuous functions using concentric helical lattices and their implications in nonlinear elasticity.
Explores stress-strain relationships, Hooke's law, materials classification, and equilibrium in one dimension, emphasizing the superposition principle.
