By Kent Lawrence
The 9 classes during this e-book introduce the reader to powerful finite point challenge fixing through demonstrating using the great ANSYS FEM software program in a sequence of step by step tutorials. subject matters lined contain difficulties related to trusses, aircraft tension, aircraft pressure, axisymmetric and third-dimensional geometries, beams, plates, conduction and convection warmth move, thermal pressure, and extra. The tutorials are appropriate for both specialist or pupil use. desk of Contents Lesson 1 - Trusses Lesson 2 - airplane pressure, airplane pressure Lesson three - Axisymmetric difficulties Lesson four - 3-dimensional difficulties Lesson five - Beams Lesson 6 - Plates Lesson 7 - warmth move, Thermal tension Lesson eight - p-Method Lesson nine - chosen subject matters
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Additional resources for ANSYS Tutorial Release 9
When the solution step was executed, the loads were transferred from the lines to the FEM model nodes. Applying boundary conditions and loads to the geometry facilitates remeshing the problem. The geometry does not change, only the number and location of nodes and elements, and. at solution time, the loads are transferred to the new mesh. Geometry can be created in ANSYS interactively (as was done in the previous tutorial) or it can be created by reading a text file. For example, the geometry of Tutorial 2A can be generated with the following text file using the File > Read Input from command sequence.
4. : • -Help ! ••• : ' . 'OK | Figure 2-7 Real constants. 01 > OK > Close Figure 2-8 Enter the plate thickness. Enter the material properties. 2-6 Plane Stress / Plane Strain 5. 2 m rectangle. Generate the rectangle first. 6. 2 > OK 7. 1 > OK Plane Stress / Plane Strain 2-7 Figure 2-10 Rectangle and circle. Now subtract the circle from the rectangle. ) 8. Main Menu > Preprocessor > Modeling > Operate > Booleans > Subtract > Areas > Pick the rectangle > OK, then pick the circle > OK Figure 2-11 Geometry for quadrant of plate.
1 in4? Figure PI-5 1-6 The truss in figure PI-6 is made from steel elements with 2 inch diameter solid circular cross sections. , and 60 ft. A downward load of 1000 lbf is applied at each of the upper nodes. Find the maximum stress and deflection. Plane Stress / Plane Strain 2-1 Lesson 2 Plane Stress Plane Strain Lesson 2 Plane Stress Plane Strain 2-1 OVERVIEW Plane stress and plane strain problems are an important subclass of general threedimensional problems. The tutorials in this lesson demonstrate: • Solving planar stress concentration problems.