Rationally based structural design. Basic aspects of structural design. Structural safety. Probabilistic design methods. Loads. Response. Limit states. Optimization techniques. Statistical and dynamic aspects of wave. Loads. Matrix stiffness analysis. Application to frames and grillages. Basic aspects of the finite element method. Plate bending. Small deflection theory. Large deflection theory. Buckling and ultimate strength of columns. Buckling and ultimate strength of plates. Applications using commercial software packages.
Master of Science in Marine Engineering
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| content serial | Description |
|---|---|
| 1 |  Rationally based structural design |
| 2 |  Basic aspects of structural design Structural safety |
| 3 |  Probabilistic design methods |
| 4 |  Loads, Response, Limit states |
| 5 |  Optimization techniques |
| 6 |  Statistical and dynamic aspects of wave loads |
| 7 |  Matrix stiffness analysis |
| 8 |  Application to frames and grillages |
| 9 |  Basic aspects of the finite element method |
| 10 |  Plate bending |
| 11 |  Large deflection theory |
| 12 |  Buckling and ultimate strength of columns |
| 13 |  Buckling and ultimate strength of plates |
| 14 |  Applications using commercial software packages |
| 16 | |
| 1 |  Rationally based structural design |
| 2 |  Basic aspects of structural design Structural safety |
| 3 |  Probabilistic design methods |
| 4 |  Loads, Response, Limit states |
| 5 |  Optimization techniques |
| 6 |  Statistical and dynamic aspects of wave loads |
| 7 |  Matrix stiffness analysis |
| 8 |  Application to frames and grillages |
| 9 |  Basic aspects of the finite element method |
| 10 |  Plate bending |
| 11 |  Large deflection theory |
| 12 |  Buckling and ultimate strength of columns |
| 13 |  Buckling and ultimate strength of plates |
| 14 |  Applications using commercial software packages |
| 16 | |
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