Application Exchange

This model is concerned with the simulation of incompressible Newtonian fluid flow problems with surface tension. An initially cubic drop of water is oscillating under surface tension forces. This...

This site develops discrete implementations of WS theory for diverse variety of problem statements in the computational engineering sciences. Unique to the FE discrete development, the resulting...

This is a general model to simulate light scattering off plasmonic or dielectric nano-particles or spherical nano-structures. I computed the total scattering cross-section (SCS), absorption...

Modeling of Binder Removal by Diffusion from Ceramic Green Bodies David G. Retzloff and Stephen J. Lombardo, University of Missouri This presentation delves into the fabrication of...

In this model transient electromagnetics and hydrodynamics are coupled in a so-called strong MHD coupling in a 2D axisymmetric geometry, with k-epsilon RANS turbulence equations for the fluid...

Domain decomposition for hyperbolic equations Mikhael Balabane , Université Paris 13 Stephan Savarese, COMSOL France This model shows how to solve an iterative algorithm using domain...

The model sets up boundary conditions for the Schrödinger equation in order to achive tunneling solutions. A resonant barrier potential is created with 1nm separation-width and 0.2nm oxide...

You will find hereby a COMSOL Multiphysics v4.2a Solid + Optimisation model extracting the first dozen Zernike polynomials from a deformed circular surface, expressed in RMS values. In optics,...

We provide a convenient 3D RF model of a generic pyramidal microwave horn, with a simple user-adjustable (parameterized) geometry. The model was prepared with Comsol Multiphysics v4.2a with the RF...

This model is the electromagnetic part of the Loudspeaker Driver model (http://www.comsol.com/showroom/gallery/1369/). The acoustic module is NOT required to open this model.