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Undergraduate Courses
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M2794.001000: SOLID MECHANICS (Spring Semester, 2023~present)
To provide the student with knowledge of stress analysis methods for solids and structures consisting of truss, beam, and thin-walled sections subjected to axial loading, bending, transverse shear, and torsion.
Lightweight structures are widely used in engineering applications ranging from large structures (e.g., solar panels, space habitats, and disaster relief structures), sports/leisure equipment, to small biomedical devices. Topics in this course include truss structures, space frames, thin-walled membrane structures, and state-of-the-art architecture based on origami design principles.
M2794.001400: MECHANICS AND DESIGN(Fall Semester, 2024~present)Properties of stresses and strains in the three-dimensional space are investigated. The basic theory of structural stability will be introduced. Various analysis methods based on energy principles will be provided. Strength-based failure criteria and fracture mechanics will be discussed, and the detailed aspects of bars, shafts, and beams will be touched.
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Graduate Courses
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M2794.009900: LIGHTWEIGHT AND DEPLOYABLE STRUCTURES (Fall Semester, 2022)
Analysis and design of lightweight and deployable structures for potential applications in aerospace, biomedical, civil, environmental, and mechanical engineering. Topics include space frames, tension structures (e.g., tensegrity structures), thin-walled membrane structures (e.g., pressure vessels), adaptive structures, and origami designs.
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