Computer-Aided Ship Design

coursetab

c_lecno	Title	files
01-1,02-1	Optimization method;gradient method	6352.pdf
02-2	Optimization method;Golden section search,Direct Search	6353.pdf
03-1	Optimization method;Khun-Tucker necessary condition	6354.pdf
03-2	Optimization method;Penalty function method	6355.pdf
04-1,2	Optimization method;Linear programming(1)	6356.pdf
05-1,2	Optimization method;Linear programming(2)	6357.pdf
06-1,2	Optimization method;Quadratic programming	6358.pdf
07-1,2	Optimization method;Sequential Quadratic Programming	6359.pdf
08-1	Optimization method;Optimal ship conceptual design	6360.pdf
08-2,09-1	Optimization method;Integer Programming	6361.pdf
09-2	Optimization method;Heuristic algorithm	6362.pdf
10-1,10-2	Curve & Surface Bezier curve and de Casteljau algorithm,de-BoorCox-de Boor algorithm	6363.pdf
11-1,11-2	Curve & Surface B-Spline curve interpolation	6325.pdf
12-1,12-2	Curve & Surface Bezier and B-Spline surface, Ship hullform representation	6364.pdf
13-1	Grillage Bar Element	6324.pdf
13-2	Grillage Beam Element	6323.pdf
14-1	Grillage Shaft Element, Superposition, Transformation	6322.pdf
14-2	Grillage Truss, Frame	6321.pdf
15-1,15-2	Grillage Griilage Analysis of Midship Cargo Hold	6320.pdf