Welcome to the new COMSOL Exchange — a tool for sharing models and files with the COMSOL community.
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Displaying entries 1-10 out of 38.
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A MatLAB-based tool for handling Tessellated Free Shape Objects with a Morphing Mesh Procedure
Salvatore Gerbino, University of Molise, IT, Pasquale Franciosa, University of Naples Federico II, IT (pasquale.franciosa@unina.it) |
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Description: This is a fully MatLAB-based tool, called ProMESH, allowing to handle tessellated models (in .STL ASCII file format). Open imported tessellated model may be thickened. Geometry shape... |
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Local Drug Delivery by Infusion through a Multi-hole Sprinkler – 3D Model for a Prototype Bioartificial Pancreas Device
Peter Buchwald, University of Miami |
Not rated
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This is a fully scaled 3D model built to explore the feasibility of localized drug delivery by infusion through a central sprinkler with multiple, non-axial-symmetric holes into a rodent prototype... |
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Square drop oscillation under surface tension – 2D axi-symmetric model
Muriel CARIN, universite de bretagne sud, France |
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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... |
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Deformation of free surface under pressure– 2D model with surface tension
muriel carin, universite de bretagne sud |
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This model is concerned with the simulation of incompressible Newtonian fluid flow problems with surface tension. The fluid is initially at rest in a square tank. A Gaussian pressure is applied on... |
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Electrokinetic Motion of a Nonspherical Particle in Microfluidic Channel
Scott Davison, Penn State University |
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This script file follows the motion of a nonspherical particle in a fluid filled microchannel moving under the action of an applied electric field. The channel surfaces and the particle posses a... |
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Magnetic Circuits - Two-loop Magnetic Circuit
Konrad Walus, University of British Columbia |
Not rated
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This simulation calculates the magnetic flux in a two-loop magnetic circuit with an air gap. Model developed by Dr. Konrad Walus and Carl Tan http://www.mina.ubc.ca/konradw_comsol_magnetostatics |
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Magnetic Circuits - Single Loop Circuit
Konrad Walus, University of British Columbia |
Not rated
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This simulation calculates the magnetic flux in a single loop magnetic circuit with an air gap. Model developed by Dr. Konrad Walus and Carl... |
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Magnetostatic Examples - Parallel Wires Carrying Current in Opposite Direction
Konrad Walus, University of British Columbia |
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This simulation calculates the magnetic field intensity around two parallel wires both carrying current in the opposite direction. Notice that the magnetic field outside the wires is reduced while... |
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Magnetostatic Examples - Parallel Wires Carrying Current in Same Direction
Konrad Walus, University of British Columbia |
Not rated
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This simulation calculates the magnetic field intensity around two parallel wires both carrying current in the same direction. Notice that the magnetic field outside the wires adds up while the... |
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Faraday's Cage Examples - External Field
Konrad Walus, University of British Columbia |
Not rated
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In 1836 Michael Faraday observed that the charge on a charged conductor resided only on its exterior and had no influence on anything enclosed within it. Since in a perfect conductor, no electric... |
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