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Workshop 1 Cantilever Beam

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Workshop 1 Cantilever Beam

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    1. Workshop 1 Cantilever Beam

    2. Scope The purpose of this problem is to demonstrate how to solve the displacements and stresses of a homogeneous cantilever beam using ANSYS.

    3. Problem description

    5. Starting ANSYS

    6. Click the button: Customization/Preferences. On the item of Use custom memory settings type 128 on Total Workspace (MB): and type 64 on Database (MB): Then click the Run bottom.

    8. This is ANSYSs Graphical User Interface window.

    9. Changing Title

    10. Changing Title

    12. Preferences

    13. Pre Processing

    14.

    15. Real constants

    16. Material properties

    19. The line will look like this:

    20. Element size

    21. Meshing To make the finite element analysis we must first divide the object into small elements, this is called meshing.

    22. Mesh

    23. Boundary conditions

    25. Loads

    28. Solution

    29. Analysis type

    30. Solve

    32. Post Processing

    33. FEM Solution & Plotting Results Now we already developed the geometry, Loads & Displacements and the meshing. We will start with the finite element analysis and obtain the displacements and stresses on the key points. After make the FEM solution we are able to plot the results, in this case the displacements and stresses.

    34. Reading Results

    35. View deflection results

    39. View stress results

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