FINITE ELEMENT ANALYSIS
Using FEA our clients are able to reduce product failures by catching product weaknesses early in the design process.
They are able to lower manufacturing costs by minimizing re-design and consequently go-to-market faster with a greater reliable product. Therefore, FEA becomes a cheaper alternative to prototyping and destructive testing.
FEA is often used together with structural analysis or stress analysis. We combine FEA and Stress Analysis to identify those parts of a product which are most susceptible to high stress conditions. We also use stress analysis to optimize the design for material, weight, strength and safety considerations.
DIFFERENT TYPES OF FINITE ELEMENT ANALYSES PERFORMED
ADVANTAGES OF FINITE ELEMENT ANALYSIS
Chemicals and process industry has a unique challenge of continuously operating the reactors and plants without significant shutdown and with appropriate safety considerations. The amount of insight gained from conducting CFD studies can save operating costs and reduce timelines (by improving yields), reduce environmental impact and understand practical operating limit for a given plant. CFD can also assess effects of potentially disastrous phenomenon like erosion and corrosion which build over a long period of time and are difficult to study in an experimental facility.
USING ANSYS FOR FINITE ELEMENT ANALYSIS
