How does one interface ANSYS workbench 18.2 with SOLIDWORKS 2017?

Best Online Coaching for ANSYS: Connecting ANSYS Workbench 18.2 with SOLIDWORKS 2017

Introduction

As an experienced tutor registered on UrbanPro.com, I understand the importance of seamlessly integrating ANSYS Workbench 18.2 with SOLIDWORKS 2017 for efficient simulation workflows. This process requires careful steps to ensure a successful interface between the two powerful engineering tools.

Step-by-Step Guide

Step 1: Ensure Software Compatibility

• Check Versions: Confirm that you are using ANSYS Workbench 18.2 and SOLIDWORKS 2017 to ensure compatibility.
• Update Software: Update both ANSYS and SOLIDWORKS to the latest service packs if available.

Step 2: Enable Geometry Analysis in SOLIDWORKS

• Open SOLIDWORKS: Launch SOLIDWORKS 2017 on your system.
• Load Geometry: Load the 3D CAD model or assembly that you want to analyze in ANSYS.

Step 3: Save SOLIDWORKS Model

• Save as IGES or STEP: To facilitate the transfer of geometry, save your SOLIDWORKS model in a neutral format like IGES or STEP.
• Specify Units: Ensure that the units match between SOLIDWORKS and ANSYS for accurate analysis.

Step 4: Import Geometry into ANSYS Workbench

• Launch ANSYS Workbench: Open ANSYS Workbench 18.2 on your system.
• Import Geometry: Use the "Geometry" tab to import the saved IGES or STEP file from SOLIDWORKS.
• Check Geometry: Verify that the imported geometry is accurate and complete.

Step 5: Set Up Simulation in ANSYS Workbench

• Create Simulation Setup: Set up your analysis in ANSYS Workbench by defining materials, boundary conditions, and loads.
• Mesh Generation: Generate a mesh for the model using ANSYS meshing tools.
• Check for Errors: Ensure there are no errors in the setup before proceeding.

Step 6: Transfer Results Back to SOLIDWORKS

• Export Results: Once the analysis is complete, export the results back to SOLIDWORKS for visualization.
• Verify Results: Verify that the simulation results align with expectations within the SOLIDWORKS environment.

Conclusion

Connecting ANSYS Workbench 18.2 with SOLIDWORKS 2017 is a crucial aspect of the simulation process. Following these step-by-step instructions will help you seamlessly integrate the two software tools, allowing for a more efficient and accurate analysis of your SOLIDWORKS designs using ANSYS. For those looking for comprehensive guidance, consider enrolling in the best online coaching for ANSYS to master these integration techniques and enhance your engineering skills.