Finite Element Analysis(FEA) has made a great impact in the engineering industry. It has probably surpassed the expectations set earlier. In this article we look at the basics of finite element analysis and the way it can be applied to get maximum output out of it.
FEA as it is popular known is based on information that complex engineering problems can be resolved by partitioning the problem into smaller sections that are more suitable to analyze. It also lessens the potential of partial differential equations in the analysis. But the most important thing is where FEA is applied. Let us look at the answers to that question:
FEA is a vast field which can be utilized in number of engineering industries including manufacturing, automotive, biomedical, chemicals, electronics, geotechnical, energy, aerospace etc. More often than not the problems derived from FEA are of structural nature which can result in the use of varied industrial process. These processes can include radiation issues, dynamics, stability, heat transfer, and mass transport.
As suggested earlier FEA is an enormous meadow that can be used to new scheme, existing features and facilities. You can even forecast performance so that so that new changes can be utilized for further improvement. We are now seeing FEA being used for scientific investigations and accident transformation process.
Different phases of FEA
Advantages of FEA Method
There are various advantages of FEA. Some of them are:
FEA Process Limitations
If you wish to outsource your FEA (Finite element Analysis) work; or want more information about our FEA service profile; mail us at [email protected]
FEA as it is popular known is based on information that complex engineering problems can be resolved by partitioning the problem into smaller sections that are more suitable to analyze. It also lessens the potential of partial differential equations in the analysis. But the most important thing is where FEA is applied. Let us look at the answers to that question:
FEA is a vast field which can be utilized in number of engineering industries including manufacturing, automotive, biomedical, chemicals, electronics, geotechnical, energy, aerospace etc. More often than not the problems derived from FEA are of structural nature which can result in the use of varied industrial process. These processes can include radiation issues, dynamics, stability, heat transfer, and mass transport.
As suggested earlier FEA is an enormous meadow that can be used to new scheme, existing features and facilities. You can even forecast performance so that so that new changes can be utilized for further improvement. We are now seeing FEA being used for scientific investigations and accident transformation process.
Different phases of FEA
- FEA method is comprised of different phases. These are
- Pr-processing-This-is the first step of FEA wherein FEA expert creates finite element mesh that can be utilized for further evaluations.
- Solution-In this step the problems are resolved systematically using equations from the FE model.
- Post-processing-This is the first step wherein the confirmation starts which makes a huge difference to the end result. The analyst checks the genuineness and authenticity of the solution which is then compared with various scenarios. Then the ultimate decision is taken. es).
Advantages of FEA Method
There are various advantages of FEA. Some of them are:
- Real life scenarios can be created using FEA wherein the modifications and the real change would be quite expensive to use.
- It saves time and investment which reduces the chances of using archetypes
- Cost effective pricing is one of the most beneficial factor of FEA wherein an existing product facing any problem can be improved and evaluated without much investment
- Professional and personal systems add up to the accuracy of FEA
FEA Process Limitations
- FEA despite its advantages have certain limitations too.
- FEA software and hardware needs lot of investment
- Being a complicated tool FEA should be utilized only by an expert FEA professional hence a hefty package needs to be given to a professional
- Training on FEM and other important features is a must which wastes the time of the organization
If you wish to outsource your FEA (Finite element Analysis) work; or want more information about our FEA service profile; mail us at [email protected]