Can you mesh parts and assemblies using a combination of Solids, Shells, and Beam elements in SOLIDWORKS Simulation?

In SOLIDWORKS Simulation, it is indeed possible to mesh both parts and assemblies using a combination of solid elements, shell elements, and beam elements. This capability allows users to choose the most appropriate type of element for the specific characteristics of their design, which can significantly improve the accuracy of the simulation results.

Solid elements are typically used for three-dimensional shapes that require detailed stress analysis, capturing the full volume of the object. Shell elements are ideal for thin-walled structures where the thickness is much smaller than the other dimensions, as they reduce the number of elements needed and computational resources. Beam elements are suitable for applications where structures are long and slender, ideal for frames, trusses, and other similar constructions.

The ability to combine these element types in both parts and assemblies provides versatility in modeling, allowing engineers to optimize their simulation process and accurately represent the physical behavior of the entire model under various loads and boundary conditions. Additionally, this makes it easier to handle complex geometries that occur when dealing with assemblies, where different parts may require different types of mesh elements.

Consequently, the answer is that you can mesh both parts and assemblies using this combination of elements effectively in SOLIDWORKS Simulation.