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DME253
Mechanics of Materials |
This
course provides fundamental knowledge of the continuum mechanics.
Beginning with basic concepts of stress and strain, this course explores
the multiple aspects of structural strength and deformation in various-typed
members under axial loading, torsion, and bending. |
MAE308
Engineering Materials and Alloys |
This course provides
fundamental knowledge of the structure-property-process relations
in engineering materials and alloys. The topics include (1) alloy
design philosophy, (2) basic theories of thermodynamics and phase
diagram, (3) tools of microstructural analysis, (4) phase transformation
theories, (5) strengthening mechanism, and (6) advanced engineering
materials and their possible applications. |
MAE404
Mechanical Behavior of Materials |
This course provides
an introductory treatment of the mechanical behavior of materials
with a balanved mechanics-materials approach. The topics include (1)
review of fundamental continuum mechanics. (2) microstructural defects,
(3) theories of plastic deformation in single- and poly-crystalline
materials, (4) strengthening mechanisms, (5) Mechanical testing, and
(6) mechanical behavior of advanced materials such as amorphous alloys
and nanocrystalline materials. |
MAE958
Nanoindentation Contact Mechanics |
This
course covers (1) fundamental theories of classic contact mechanics
and then (2) new theories and various applications of nanoindentation
technique which is one of the most popular methods to explore the
small-scale mechanical behavior of materials. |
MAE959
Special Issues on Mechanical Behavior of Materials |
This course explores
new issues in mechanical behavior of materials across multi-scale
from macro to nano level. Topics covered include recent researches
on mechanical behaviors of metals, ceramics, nanostructured materials,
metallic glasses, polymers, thin film, MEMS, and so on. The related
phenomena and testing techniques are reviewed as well. |
MAE960
Fracture and Damage of Materials |
This
course will introduce basic theories of fracture mechanics/damage
mechanics, and microstructural effects on fracture and fatigue in
metals, ceramics, glasses, semiconductors, nanostructural materials,
and thin films. Some case studies on related topics are also introduced
and discussed. |
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