![]() “FEA adds value, de-risks R & D, and shines a light on the budget of any project.” “I think everyone should use it,” says Manuge. If you are curious, please see our unique Design Control Process. It’s real “engineering for engineers”.įEA adds value at various stages in the engineering development process. Mathematical computer simulations save time and money and ensure a quality product.Īs one of a few engineering companies in the Atlantic region that does FEA, other engineering teams look to Enginuity to fill this gap. Simply put, FEA allows engineers - and their clients! - to try out complicated machines, devices, tools, and components without actually making them. The basic premise is simple we break up the design into small discreet chunks or finite elements, then we apply a mathematical condition that captures the behaviour we want to study, then join the elements together to see how the whole structure responds. FEA is central to any complex mechanical engineering challenge. Mathematical equations are applied to allow a computer model to evolve with some variable, like a force, displacement or temperature. Also called numerical analysis, FEA simulates a physical phenomenon, structure, or system using the Finite Element Method, or FEM.
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