3 credits
Fall 2025 Lecture Distance Learning Upper Division
The design of modern engineering structures is intrinsically linked to the understanding and analysis of materials and structures. This course is a foundational course on graduate-level knowledge in this area of engineering. Course will cover Elements of linear elasticity, Kinematics of deformation, equilibrium conditions, and constitutive relationship of materials. Classical problems in elastostatics and general solutions for field equations in elasticity. Anisotropic elasticity, thermal elasticity.
Learning Outcomes1Comprehend mechanics concepts of key classes engineering materials (elasticity, thermoelasticity), and be able to relate mechanics principles to real-world engineering applications in design.
2Comprehend the methods for the analysis and prediction of deformation, strain and stress in engineering structures.
3Identify elasticity and thermoelasticity in the context of static and dynamic loading.
4Develop the ability to deal with elastic and thermal boundary conditions.
5Develop the skill to analyze problems of stability.
6Use solid mechanics principles to interpret and analyze the mechanical behavior of advanced engineering structures.
Prerequisites
Restrictions
made by Purdue students.