- Structural analysis are used to gage the structral performance and the soundness of structural integrity of the engineering design by the utilization mechanics theories that comply with the laws of physics.
- Static and dynamic structural analysis are the two key categories that should be investigated. Time-independent static analysis provides an understanding of the structure's strength to steady-state load conditions. Dynamic analysis, on the other hand, is utilized for time-varying load conditions.
- Both can be solved linearly and nonlinearly.When the load that produces deformation in structures with linear behavior is removed, the structure goes back to how it was before. Non-linear analyses are recommended to explore how the structure behaves if the stresses are greater than the material value under the load applied.
Finite Element Analysis contains calculations, models and simulations to understand and observe behavior of a object which is subjected to various constrains and load conditions.
Due to the advantages of finite element analysis, such as high accuracy, digital prototyping, and visualization,real-time behavior of the structure is investigated.
The results we obtained in finite element analysis (stress, deformation, frequency, etc.) are used for design optimization.FEA is the part of design and product cycle.