Excessive distortion at a total of 1130 integration points in solid (continuum) elements

As an AI language model, I am not able to provide a specific solution but I can give you some general information on the issue of excessive distortion in solid elements.

Excessive distortion in solid elements occurs when the element undergoes large deformations, resulting in the element’s shape becoming distorted. This can lead to inaccuracies in the simulation results and can cause the simulation to fail.

There are several reasons why excessive distortion may occur in solid elements, including improper meshing, material properties, or boundary conditions. To avoid excessive distortion, it is important to ensure that the mesh is properly generated and that the material properties and boundary conditions are accurately represented in the simulation model.

One approach to reducing excessive distortion is to use adaptive meshing techniques that can automatically adjust the mesh to account for large deformations. Another approach is to use higher-order elements that can better represent the deformation of the solid.

It is also important to perform a thorough analysis of the simulation results to identify areas where excessive distortion is occurring and to make appropriate adjustments to the simulation model.