COMSOL, Inc.

Software

Software offers multiphysics modeling capabilities.

Supporting 64-bit processors, FEMLAB v3.1 simulates and analyzes complex systems involving MEMS, nanotechnology, fuel cells, photonics, biomedical engineering, and earth sciences. It solves Navier-Stokes equations governing flow through complex 3D geometry. Multigrid preconditioner optimizes computationally intensive routines. Quadrilateral, hexahedral, and prism meshes are provided for modeling...

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Software

Physics Modeling Software includes Earth Science module.

FEMLAB® scientific modeling software uses flexible finite element modeling to investigate geophysical processes that behave in ways in which one or more partial differential equations can predict. Module provides interfaces for fundamental physics tuned explicitly to geologic investigation. Users decide which physics are important in specific problems, module prompts for information and...

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Software

Physical Process Modeling Software has heat transfer module.

FEMLAB multiphysics package includes dedicated Heat Transfer Module that provides users with surface-to-surface radiation, non-isothermal flow, and bioheat equation heat analysis capabilities. Add-on module also lets users model multiple physics simultaneously. Accompanying Model Library has over 20 ready-to-run model files that show how to investigate heat transfer types and provides base of...

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Software addresses single- and multi-physics problems.
Software

Software addresses single- and multi-physics problems.

Multiphysics release, FEMLAB (Finite Element Modeling Laboratory) v3.0a, is capable of modeling any physical phenomena that can be described with partial differential equations. Software package uses solvers to address single- and multi-physics problems in modeling and simulation of any physical process. Working in GUI or from command line, users choose from several ways to describe problems in...

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Software provides modeling and simulation.
Software

Software provides modeling and simulation.

FEMLAB® v2.3 offers solvers for structural mechanics, electromagnetics, and chemical engineering. Structural Mechanics Module includes applications for shells, beams, and solids, including eigenfrequency problems. Chemical Engineering Module offers applications to study non-Newtonian fluids, compressible flow, multi-component transport, and turbulence. Electromagnetics Module includes...

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