| 2019 Spring | ME302 Materials Mechanics |
| 2018 Fall | ME302 Materials Mechanics |
| 2018 Spring | ME495/695 Nanomaterials for Energy Applications |
| 2017 Fall | ME302 Mechanics Materials |
| 2017 Spring | ME302 Mechanics Materials |
| 2016 Fall | ME495/695 Nanomaterials for Energy Applications |
| 2016 Spring | ME302 Mechanics Materials |
| 2015 Fall | ME495/695 Nanomaterials for Energy Applications |
| ME302 Mechanics Materials | |
| 2015 Spring | ME302 Mechanics Materials |
ME302 Mechanics Materials
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Materials Mechanics is a course in the understanding of solid body mechanics. The objectives are to understand (i) the concept of normal stress/strain, shear stress/strain, (ii) how to measurement the stress and strain through experiments and correlate the behavior of some engineering materials to the stress-strain diagram (iii) stress analysis, materials’ behavior and deformation with axially loaded members, twisted shafts, and bent beams (iv) stress/strain transformation and Mohr’s circle and (vi) the concepts of deflection of beams and column buckling |
ME495/695 Nanomaterials for Energy Applications
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Special Topics: Nanomaterials for Energy Applications is a course to introduce different energy technologies and nanomaterials for these applications. The objectives are as follows: – Understand the issues related to climate change and energy usage – Understand the fundamentals on renewable energy applications – Learn the relationships between material properties/structures and performance of the technologies – Learn the knowledge from technical journal papers |