Image Gallery

Welcome to the COMSOL Image Gallery. The simulation images on this page are available for editors and journalists to use in appropriate articles. The phrase "Image made using COMSOL Multiphysics® software and provided courtesy of COMSOL." must appear in the vicinity of every image or at the bottom of the article.

For all other uses you must contact COMSOL directly through www.comsol.com/contact/
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COMSOL Multiphysics version 4.0

COMSOL 4.0 Product Box

COMSOL 4.0 Product Box

COMSOL Multiphysics® version 4.0 delivers the COMSOL Desktop™, an all-new user interface that makes it easy for users to build and run simulations.

COMSOL 4.0 GUI

COMSOL 4.0 GUI

Simulation of a Rzeppa constant velocity joint using COMSOL Multiphysics Version 4. All model settings are controlled directly from the Model Builder and its context based Settings window. The Graphics window displays the displacements of the joint when the shaft reaches the maximum angle. Model courtesy of Metelli S.p.A. (Cologne, Italy)

Cluster Support

Cluster Support

Multiphysics simulation for Windows HPC Server 2008. Solve a parameterized problem, with parameter steps distributed to different physical cluster nodes (left). Solve a single problem distributed to different physical nodes.(right)

All Inclusive

All Inclusive

A turbine stator blade, in the high-pressure stage of a gas turbine, is heated by the combustion gases. To prevent the stator from melting, air is passed through a cooling duct in the blade. The resulting temperature gradients introduce signifi cant stresses. Shown is the temperature distribution throughout the blade, as well as the von Mises stresses in both welds.

Structured

Structured

A model can be built by following the branches in the tree structure , from parameter definition and geometry creation to visualization of the simulation results. Nodes are added at will to refine and improve your model as it evolves into a true description of your applications.

In Control

In Control

The Model Builder allows instant access to any part of the model settings -- changes in one node will update all others. You can even record the steps of your set-up as a sequence of nodes, pausing the process at any stage to investigate, refine and optimize a modeling feature.