Benefits Of Using FEA in Solidworks Simulation

Benefits Of Using FEA in Solidworks Simulation

Benefits Of Using FEA in Solidworks Simulation

Finite Element Analysis or FEA is a numerical analyzing method where many designing engineering professionals estimate and develop a system with real-time issues. So, before knowing the benefits of FEA in the Solidworks simulation, let us see what FEA is and how many professionals use it. FEA is nothing but stimulating the given physical condition or phenomenon by using the necessary numerical methods called FEM or Finite Element Method. Hence, you can see a lot of engineering professionals using the FEA software to optimize the design phase of the products by reducing the number of experiments and physical prototypes. In general, FEA reduces the overall expenses by developing better products.

If you see that for any Computer-Aided Design(CAD), it is necessary to consider real-time factors like thermal transport, fluid behavior, growth of biological cells, and many more. So, it is essential to use mathematics comprehensively in the studies to understand the behavior of the output. 

So, FEA has all the typical mathematical methods, including the Partial Differential Equations (PDEs), to predict the physical effects like vibration and real-world forces. One of the complex FEA software many engineering experts use is the SOLIDWORKS Simulation for the best results. However, you need to have key skills and knowledge to run such techniques. Hence, in this post, let us see the benefits of using FEA in the Solidworks simulation that will help you run a more successful simulation analysis. 

Simplifications:

The foremost benefit of using the Solidworks simulation is its simplicity. Let us consider an angle bracket. So, the angle bracket here refers to a heavy-duty metal used for mounting sinks, cisterns, frames, and roof support. The engineering design professionals make 3D models with the help of CAD before incorporating them into the construction. So, the experts use the consecutive FEA method to reduce the computational time and for simplification. The FEA also helps identify the stress when suitable simplification is made on the model. This feature lets you identify and reduce numerical errors in the future.

Model analysis:

Secondly, the FEA helps in the fine structuring of the Solidworks model. The models produced by Solidworks are often discrete elements called mesh. So, the simulation is conducted on each part, assembly, and element of the mesh. Thus, this feature of the FEA fine-tunes each part of the mesh, which improves the accuracy of the representation. 

The most important part of structuring the mesh is stimulating them as per the density with computational time. Solidworks have three types of mesh, namely, beam shell and solid. Fortunately, the FEA complex software Solidworks simulation makes it easy to understand the three mesh types and analyze the structure significantly. 


Hence, these are the benefits of using FEA in Solidworks simulation for all your project models. So, get a precised and desired output of your products from Sunstream through our CAD drafting services.