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Teaching |
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MP4J02 |
Marine and Offshore Structural Integrity Loads on marine structures, stress analysis of beams and plates, buckling instability of beams and plates, fundamentals of fracture mechanics and fatigue analysis in marine materials, application of fracture and fatigue theory in the failure analysis of marine engineering systems components, structural integrity design of welded structures. |
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AE4001 |
Aerospace Structures II Loads on aircraft structures, mechanics of bars and plates, structural
idealization of aircraft components, open and close thin-walled tubes,
multi-cell structures, effects of axial constraint, and practical aspects of
aircraft structural analysis. |
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MP4A07 |
Finite Element Analysis for Engineering Applications This is a follow-up course of the finite element analysis covered in M401. In this course, the emphasis is on the FE formulation of various engineering problems that can be described by a system of differential equations. The topics include weighted residual methods, generalized FE formulation, solid mechanics problems- plate & shell elements, heat transfer problems, fluid flow problem and nonlinear problem. |