Can We Do Meshing in SolidWorks?

Meshing is an essential step in the design and analysis process of engineering structures. It involves dividing a complex model into small, simple elements called meshes. These meshes help in analyzing the behavior of the structure under different conditions and loads.

Can We Do Meshing in SolidWorks?

If you are familiar with SolidWorks, you might wonder if it is capable of performing meshing tasks. While SolidWorks is primarily known for its powerful 3D modeling capabilities, it also offers some basic meshing functionalities.

Meshing Tools in SolidWorks:

SolidWorks provides two main types of meshing tools:

  • Tetrahedral Mesh: This type of mesh divides the model into tetrahedron-shaped elements. Tetrahedral meshes are suitable for complex geometries with curved surfaces and irregular shapes.
  • Hexahedral Mesh: Also known as a brick or structured grid, this type of mesh divides the model into cuboidal or hexahedral elements. Hexahedral meshes are ideal for regular or prismatic-shaped geometries.

To access these tools, you need to have a SolidWorks Simulation license installed. Once you have it, follow these steps to perform meshing:

Step 1: Prepare Your Model

Before starting the meshing process, make sure your model is fully defined and ready for analysis. Consider removing any unnecessary details that may complicate the mesh generation process.

Step 2: Activate Simulation Add-In

To access the simulation features in SolidWorks, activate the Simulation add-in by going to Add-Ins in the menu bar and selecting SolidWorks Simulation.

Step 3: Define Material Properties and Loads

Assign appropriate material properties to different parts of your model. Also, define the loads and constraints that will be applied during the analysis.

Step 4: Create a Study

In SolidWorks Simulation, a study represents a specific analysis scenario. Create a new study by right-clicking on the Study folder in the Simulation tree and selecting New Study.

Step 5: Mesh Your Model

To start meshing your model, right-click on the Mesh folder in the Simulation tree and select Create Mesh. Choose either Tetrahedral Mesh or Hexahedral Mesh, depending on your requirements.

SolidWorks will automatically generate the mesh based on your model’s geometry and analysis requirements. You can also adjust various meshing parameters, such as element size, to refine the mesh if needed.

Step 6: Review and Refine the Mesh

Once the mesh is generated, review it to ensure it adequately captures all important features of your model. Pay attention to areas where high stress concentrations or complex geometries are present.

If necessary, you can refine or coarsen the mesh by adjusting the element size or using local mesh controls. This step helps balance accuracy and computational efficiency in your analysis.

Step 7: Run Analysis and Interpret Results

With a satisfactory mesh in place, you can proceed to run the analysis using SolidWorks Simulation. After completion, interpret and analyze the results obtained from the simulation process.

Note: While SolidWorks Simulation provides basic meshing capabilities, for more advanced or specialized meshing requirements, dedicated simulation software like ANSYS, Abaqus, or COMSOL might be more suitable.

In Conclusion

SolidWorks does offer meshing tools that allow you to create meshes for basic structural analysis. By following the steps mentioned above, you can generate a suitable mesh and perform simulations on your model. Remember to refine the mesh as necessary and interpret the results effectively to make informed engineering decisions.

So next time you are working on a complex design in SolidWorks, don’t forget about the meshing capabilities it offers!