2doWORLD

PrinterEmail

Problem 1: Plate with Uniform Load

1. Specify Geometry
 
 2. Specify Element Type and Material Properties
 
 3. Mesh the Object
 
 4. Apply Boundary Conditions and External Loads
 
 5. Generate a Solution
 
 6. Postprocessing
 
 7. Refine the Mesh
 
 8. Interpreting Results
 
 9. Exit the Program 

Problem 2 : Simply Supported Beam Under 4 Point Bending

1. Specify Geometry

2. Specify Element Type and Material Properties

3. Mesh the Object

4. Apply Boundary Conditions and External Loads

5. Generate a Solution

6. Postprocessing

7. Refine the Mesh

8. Interpreting Results

Problem 3 : Plate with a Hole
1. Specify Geometry

2. Specify Element Type and Material Properties

3. Mesh the Object

4. Apply Boundary Conditions and External Loads

5. Generate a Solution

6. Postprocessing

7. Refine the Mesh

8. Interpreting Results

Problem 4 : Pedal Crank
0. Model With Pro/Engineer

1. Resume Database File

2. Postprocessing

3. Interpreting Results

Problem 5 : Double Edge Crack in Finite-Width Sheet

      1. Modeling With 
          Pro/ENGINEER 

      2. Analyzing With ANSYS
          
          2.1 Import File, Specify   
                Material Properties
                And Element Type     
     
          2.2 Mesh the Object     
          
          2.3 Applying Boundary
                Conditions     
         
          2.4 Generate a Solution     
          
          2.5 Posprocessing     
          
          2.6 Exit the Program     

       3. Machining with    
           Pro/Manufacturing

1. Specify Geometry

2. Specify Element Type and Material Property

3. Mesh the Object

4. Apply Pressure and Symmetry Boundary Conditions

5. Generate a Solution

6. Postprocessing

7. Exit the Program

Problem 6 : Pro/Engineer, ANSYS and Pro/Manufacturing
      1. Modeling With 
          Pro/ENGINEER 

      2. Analyzing With ANSYS
          
          2.1 Import File, Specify   
                Material Properties
                And Element Type     
     
          2.2 Mesh the Object     
          
          2.3 Applying Boundary
                Conditions     
         
          2.4 Generate a Solution     
          
          2.5 Posprocessing     
          
          2.6 Exit the Program     

       3. Machining with    
           Pro/Manufacturing

Source: Carnegie Mellon University Mechanical Engineering