With the latest releases, SimScale’s advanced nonlinear FEA capabilities are faster, easier, and more accessible than ever.
Simulate clips, fasteners, and other nonlinear contact scenarios with an automated workflow incorporating FEA best practices.
Analyze transient thermal events with temperature-dependent nonlinear material properties.
Replicate physical shaker table tests using streamlined simulation templates.
SimScale’s latest nonlinear FEA capabilities make analysis of separating contacts, large deformations, and nonlinear materials easier, more robust, faster, and hence even more accessible.
Get contact monitoring plots during simulation, keeping you in the loop on contact penetration and solution convergence, and giving you confidence and control over your result outputs.
Simplify physical contact problems by easily simulating snap, interference and frictional fittings, computing introduction and holding forces, contact pressure distribution and peak stresses on connected parts.
Push rubber-like and biological materials to high strains with the sophisticated Ogden hyperelastic material model.
Get higher accuracy and solution efficiency with hexahedral and prismatic mesh elements created using sweep mesh refinements.
Save time when creating nonlinear materials, by using company material libraries, that only need to be setup once before being rolled out to your entire organization.
Stabilize large deformations and nonlinear interactions with adaptive numerics requiring no user input.
Sign up, follow a step-by-step tutorial, and launch a structural simulation right away!
SimScale’s nonlinear functionality is built directly into static, dynamic, heat transfer, and thermomechanical analysis. All SimScale structural packages come with our complete nonlinear functionality, as we believe everyone should have access to the physics needed for effective product development.
Sign up for SimScale
and start simulating now
