Modeling pressure distribution in FEM

In summary, FEM stands for Finite Element Method and is a numerical technique used for solving complex engineering problems. It is applied to model and analyze pressure distribution in various structures and systems, considering factors such as material properties, boundary conditions, and external forces. The pressure distribution is calculated by solving a set of equations using numerical methods, and FEM offers advantages such as handling complex geometries and providing detailed analysis. However, it also has limitations such as the accuracy being dependent on the mesh quality and the computational resources required.
  • #1
koolraj09
167
5
Hi guys.
I want to model the pressure distribution in rolling process and convert the pressure distribution into equivalent nodal forces. How do I do it. Please guys it's urgent. Any links would also help.
Thanks
 
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  • #2
A good starting point is to find the pressure distribution as a function of longitudinal and lateral (x and y) directions. Then integrate over the region the pressure is applied, then go on from there...
 

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