COMPUTER-AIDED ENGINEERING (CAE)
A typical CAE process comprises of pre-processing, solving, and post processing steps. Finite Element model is Built and Assembled according to the Real ambient in the Post processing phase. Apart from that, Load case/Boundary Condition & all the preparatory actions for the Simulation is developed Here. Solving is nothing but extracting the Solution for the addressed engineering problem in the Numerical method. In post processing, Engineer will Interpret the Results in the form of Plots and Graph for better understanding. This will help the Engineer to take the Right Engineering decision.
Applications of CAE
CAE applications support a wide range of engineering disciplines or phenomena.
- Stress and dynamics analysis on components and assemblies using finite element analysis (FEA)
- Thermal and fluid analysis using computational fluid dynamics (CFD)
- Kinematics and dynamic analysis of mechanisms (multibody dynamics)
- Acoustics analysis using FEA or a boundary element method (BEM)
- 1D CAE, or mechatronic system simulation, for multi-domain mechatronics system design
- Mechanical event simulation (MES)
- Control systems analysis
- Simulation of manufacturing processes like casting, molding and die press forming
- Optimization of the product or process
Benefits of CAE
The benefits of CAE include reduced product development cost and time, with improved product quality and durability.
- Design decisions can be made based on their impact on performance.
- Designs can be evaluated and refined using computer simulations rather than physical prototype testing, saving money and time.
- CAE can provide performance insights earlier in the development process, when design changes are less expensive to make.
- CAE helps engineering teams to manage risk and understand the performance implications of their designs.
- Integrated CAE data and process management extends the ability to effectively leverage performance insights and improve designs to a broader community.
- Warranty exposure is reduced by identifying and eliminating potential problems. When properly integrated into product and manufacturing development, CAE can enable earlier problem resolution, which can dramatically reduce the costs associated with the product lifecycle.
1. Linear Static Analysis
2. Non Linear Analysis
3. Dynamic Analysis
4. Linear Buckling Analysis
5. Thermal Analysis
6. Fatigue Analysis
7. Optimization
8. Computation Fluid Dynamics
9. Crash Analysis
10. Noise Vibration and Harshness, NVH
If you would like to learn more about our Computer-Aided Engineering services then please contact us
