Finite Element Analysis | Four Key Factors to Consider

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When developing a product, sophisticated manufacturers often use a form of virtual analysis known as Finite Element Analysis (FEA) to predict the performance of the finished product. The FEA uses a predictive process known as the Finite Element Method (FEM) to create a computer simulation of the product in use in various situations. This process allows businesses to develop products more efficiently by reducing the number of trial and error prototypes required to create a final product.

Conducting a virtual analysis, like an FEA, can do more than reduce the costs associated with producing numerous prototypes of a product. An FEA can speed up the manufacturing process.  This tool can help small and midsize companies to compete against larger manufacturers with much larger research and development budgets.

Although the buyer will test the final product under a variety of conditions, companies expect the suppliers to provide a product that meets their expectations and deadlines. Moreover, the buyer expects the suppliers to bear the costs of guaranteeing product safety and functionality. An FEA can provide the OEM with a sense of confidence in their investment.

Key Considerations | Finite Element Analysis

For a small or medium size company looking to perform FEA simulations, there are four key factors to consider. Because resources are scarce, making the right decisions regarding efficiency is paramount to success:

Finite Element Analysis is a critical step in the manufacturing and construction industries. Knowing how your product will behave under different circumstances brings a sense of comfort to you and to your client. With the right combination of skills in place, the ability to conduct a FEA can be an asset for your company that sets you apart from your competition.