FEM - Finite Element Analysis
An Ansys simulation gives better products in less time and with fewer errors. In a simulation saves making prototypes to test the advanced geometries are sized correctly. Further, the simultaneous optimization of material consumption without reducing strength.
A simulation reduces project costs by detecting design errors at an early stage of development.
Outsourcing this task can have multiple benefits, both fresh look at the subject, but also that there is created a professional assessment of requirements and specifications.
An example of a simulation FIVE
| It must be examined on a rod is strong enough to perform its function while the stiffness is good enough to give the user the proper sense of quality. |  |
MeshFinite Elemente calculations made by dividing subjects into small parts and rely on how the individual elements react and interact. This is called a network (mesh). The division is made by ANSYS from a 3D CAD file. Generally gives finer mesh more accurate calculations but also takes longer to compute. |  |
DeformationsA simulation can for example show how an object deforms when loaded. The deformation is shown as color and / or animation. Animation can be displayed with exaggerated deformation as it is clear how the subject works. |  |
Tensions Internal stresses in a subject is displayed with a color which makes it easy to identify the critical areas. |  |
Simulation as a video
It is also possible to see it as a video.
http://www.davinci.dk/wp-content/uploads/2009/02/mt_stress.flv
