Finite Element Method (FEM) is a method to analyze for instance material or component in order to determine how the applied loads affect the material or design. FEM is also called Finite Element Analysis (FEA). You can benefit from utilizing the Finite Element Method (FEM) on a product, early in its development process. The method can help ensure that the finished product is dimensioned correctly and that any design errors are detected at an early stage.
We carry out among others following calculations and analysis:
- Structural calculation with multiple load cases
- Fatigue calculations
- Linear elastic calculation of solid structures and crust structures
- Non-linear calculations with contact surfaces, large deformations and plasticity
- Bolts/friction joints
- Linear and non-linear stability research
- Shock/blow loads for various types of construction
At idoc we have a team of FEM specialists who are ready to perform FEM and other calculations in ANSYS and LS-DYNA programs. With our experience within ANSYS and LS-DYNA we can help you, make sure your product lives up to its potential and your customers’ expectations. Our FEM specialist can provide you with engineering calculations, which can prolong your products service life. Our team of engineers have provided this service for the Danish Defence and for private companies both during peak time periods and in major project.
Whether you need engineering calculation and analysis for your products, constructions, minor or major projects, idoc can provide with a team of FEM specialist which can help you ensure your finished product.
idoc will provide you with a professional assessment of the requirements for your product and specifications.