Description: "MATLAB finite element analysis and application" (Germany) (PlKattan) Catan: using today s engineering and engineering education in the popular mathematical software MATLAB, the finite element analysis numerical implementation. The book not only contains a brief introduction to MATLAB, and the finite element method described systematic processing strategy, and provides a large number from the mechanical engineering, civil engineering, aerospace engineering or materials science examples and exercises, ideal for relevant professional Students and researchers. "MATLAB finite element analysis and application of"special emphasis on the MATLAB interactive applications, each of the examples in the book the way to solve the interaction is conducive to the reader effectively improve the finite element analysis and application. Source code for the book above.
File list (Check if you may need any files):
M-Files
.......\BeamAssemble.m
.......\BeamElementForces.m
.......\BeamElementMomentDiagram.m
.......\BeamElementShearDiagram.m
.......\BeamElementStiffness.m
.......\BilinearQuadAssemble.m
.......\BilinearQuadElementArea.m
.......\BilinearQuadElementPStresses.m
.......\BilinearQuadElementStiffness.m
.......\BilinearQuadElementStiffness2.m
.......\BilinearQuadElementStresses.m
.......\GridAssemble.m
.......\GridElementForces.m
.......\GridElementLength.m
.......\GridElementStiffness.m
.......\LinearBarAssemble.m
.......\LinearBarElementForces.m
.......\LinearBarElementStiffness.m
.......\LinearBarElementStresses.m
.......\LinearTriangleAssemble.m
.......\LinearTriangleElementArea.m
.......\LinearTriangleElementPStresses.m
.......\LinearTriangleElementStiffness.m
.......\LinearTriangleElementStresses.m
.......\PlaneFrameAssemble.m
.......\PlaneFrameElementAxialDiagram.m
.......\PlaneFrameElementForces.m
.......\PlaneFrameElementLength.m
.......\PlaneFrameElementMomentDiagram.m
.......\PlaneFrameElementShearDiagram.m
.......\PlaneFrameElementStiffness.m
.......\PlaneFrameInclinedSupport.m
.......\PlaneTrussAssemble.m
.......\PlaneTrussElementForce.m
.......\PlaneTrussElementLength.m
.......\PlaneTrussElementStiffness.m
.......\PlaneTrussElementStress.m
.......\PlaneTrussInclinedSupport.m
.......\QuadraticBarAssemble.m
.......\QuadraticBarElementForces.m
.......\QuadraticBarElementStiffness.m
.......\QuadraticBarElementStresses.m
.......\QuadraticQuadAssemble.m
.......\QuadraticQuadElementArea.m
.......\QuadraticQuadElementPStresses.m
.......\QuadraticQuadElementStiffness.m
.......\QuadraticQuadElementStresses.m
.......\QuadTriangleAssemble.m
.......\QuadTriangleElementArea.m
.......\QuadTriangleElementPStresses.m
.......\QuadTriangleElementStiffness.m
.......\QuadTriangleElementStresses.m
.......\SpaceFrameAssemble.m
.......\SpaceFrameElementAxialDiagram.m
.......\SpaceFrameElementForces.m
.......\SpaceFrameElementLength.m
.......\SpaceFrameElementMomentYDiagram.m
.......\SpaceFrameElementMomentZDiagram.m
.......\SpaceFrameElementShearYDiagram.m
.......\SpaceFrameElementShearZDiagram.m
.......\SpaceFrameElementStiffness.m
.......\SpaceFrameElementTorsionDiagram.m
.......\SpaceTrussAssemble.m
.......\SpaceTrussElementForce.m
.......\SpaceTrussElementLength.m
.......\SpaceTrussElementStiffness.m
.......\SpaceTrussElementStress.m
.......\SpringAssemble.m
.......\SpringElementForces.m
.......\SpringElementStiffness.m
.......\TetrahedronAssemble.m
.......\TetrahedronElementPStresses.m
.......\TetrahedronElementStiffness.m
.......\TetrahedronElementStresses.m
.......\TetrahedronElementVolume.m
Solutions Manual
................\Solutions to Problems.doc
................\Solutions to Problems.rtf
................\Solutions to Problems2.doc
................\Solutions to Problems2.rtf
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