Update ansys_simulation.py

ansys_simulation.py

@@ -1,29 +1,36 @@
+import ansys.mapdl.core as pymapdl
+
 def run_ansys_simulation(thickness, hole_diameter, force):
     try:
-        import ansys.mapdl.core as pymapdl
-
         # Launch ANSYS Mapdl instance
         mapdl = pymapdl.launch_mapdl()
 
-        # Define the commands to run ANSYS simulation
-        # (Insert specific ANSYS commands as needed)
-        print(f"Running ANSYS simulation with thickness={thickness}, hole_diameter={hole_diameter}, force={force}")
+        # Set the parameters for the simulation
+        print(f"Running ANSYS simulation with Thickness: {thickness}, Hole Diameter: {hole_diameter}, Force: {force}")
 
-        # Example of running a simulation
-        # The commands here will depend on your specific ANSYS simulation setup
-        mapdl.run(f'! Set parameters for simulation: Thickness={thickness}, Hole_Diameter={hole_diameter}, Force={force}')
-        mapdl.run('! Further simulation commands')
+        # Define some simple simulation commands for the sake of example
+        mapdl.clear()  # Clear any previous simulations or settings
+        mapdl.prep7()  # Switch to preprocessor module
 
-        # Ensure output is being captured
-        result = mapdl.result
-        max_stress = result.stress().max()  # Example result fetching
-        max_deformation = result.deformation().max()
+        # Example of setting up a material, geometry, and boundary conditions
+        mapdl.et(1, 183)  # Define element type (e.g., solid)
+        mapdl.keyopt(1, 3, 3)  # Some element option (example)
+
+        # Setup the geometry (creating a simple solid object based on input parameters)
+        mapdl.blk(0, thickness, 0, hole_diameter, 0, force)  # Example block based on input
 
-        print(f"Max Stress: {max_stress}, Max Deformation: {max_deformation}")
+        # Solve the problem
+        mapdl.solve()
 
+        # Get results
+        result = mapdl.result
+        max_stress = result.stress().max()  # Get maximum stress
+        max_deformation = result.deformation().max()  # Get maximum deformation
+
+        print(f"Max Stress: {max_stress} Pa, Max Deformation: {max_deformation} mm")
+        
         return max_stress, max_deformation
 
     except Exception as e:
         print(f"Error during ANSYS simulation: {str(e)}")
-        raise  # Reraise the error for further handling
-
+        raise  # Re-raise the error to be handled by the calling function