Type the value of the total thermal resistance between the Set 1 and Set 2 entities. You can specify the total or distributed resistance value. option to define thermal resistance for thermal studies. If the clearance between the faces is equal or less than the 3 mm gap tolerance, then the faces are considered to be touching in the initial undeformed state of the model. Ignore clearance only if gap is less than.Īllows you to ignore the clearance between entities for no penetration contact sets below a certain threshold value.įor example, if you specify a local no penetration node to surface contact between two faces with a clearance of 5 mm in the undeformed state of the model, and you set this option to a 3 mm gap tolerance, the faces are considered non-touching. Contact forces develop when the pair of entities move close to each other during the simulation. The pair of entities for the no penetration contact sets assume to be initially touching regardless of the size of the clearance between them. Ignores the geometric clearances that exist between pairs of entities for no penetration contact sets in the initial undeformed state of the model. This local setting overrides the global setting specified in the Static dialog box. Used with Node to Surface and Surface to Surface options for No penetration and Virtual wall contact for static studies only. For nonlinear studies, the default coefficient is 0.05. The tool checks if the Boundary representation (BRep or B-rep) of the model is valid.
MESH ENABLER NO VALID SOLID BODIES VERIFICATION
This local value overrides the global friction coefficient specified in the Static dialog box for static studies. The Part CheckGeometry tool runs a verification and reports if geometry is a valid solid. Specify a value for the Friction Coefficient for use with No Penetration contact for static, nonlinear, and drop test studies as well as Shrink Fit contact for static and nonlinear studies.