- #Introduction to comsol multiphysics 4.3b full#
- #Introduction to comsol multiphysics 4.3b software#
- #Introduction to comsol multiphysics 4.3b license#
Different mesh quality measures are suitable for different types of physics Better quality measures can often give faster convergence. Pyramidal elements in the transition layer between a hexahedral and tetrahedral mesh.ĭifferent mesh quality measures lets you assess the quality of the mesh before solving. Pyramidal element transitions between hex, prism,Ĭoordinate and solution dependent element size
The electrochemical potential on an offshore jacket structure submerged in seawater, calculated with the boundary element method.Īutomatically combine swept and tet meshes Model methods for automating modeling tasks in the Model BuilderĪpplication Builder Interactive graphics objects
General News in Version 5.3 Performance improvementsįor handling of large models Faster load and save of model MPH filesĮlectromagnetics and corrosion Boundary element method for electrostatics andĮasier modeling with automatic constraints of rigid body motionsįluid Flow and Heat Transfer New user friendly and efficient CFD solverĬOMSOL Server Administrator cluster settings and log file for Or an interpolation function And it can depend on anything known in your problemĮxample: Concentration-dependant viscosity:
#Introduction to comsol multiphysics 4.3b software#
User defined and built in material librariesĬOMSOL is designed from the bottom up for arbitrary combinations of physical equations and easy user customizationĬOMSOL is a Fully Integrated Software SuiteĪnywhere you can type a number you can type an equation Simple and intuitive Multiphysics Problem setup The model tree (shown on the left) provides quick and easy access to all the settings:
#Introduction to comsol multiphysics 4.3b full#
GraphicsUltrafast graphic presentation, stunning visualization, and multiple plotsĬOMSOL DesktopStraightforward to use, it gives full insight and control over the modelingprocessĪll modeling steps are available from a single unified environment. Model BuilderProvides instant access to any part of the model settings CAD/Geometry Materials Physics Mesh Solve ResultsĪll Inclusive Interactive Modeling Environment Reaction is exothermic Reaction rate is temperature dependant Mass transport of A,B & C Reacting: A+2B C Multiphysics: Multiple Interacting PhenomenaĬould be complex: Navier-Stokes in tubes Porous flow in plug
#Introduction to comsol multiphysics 4.3b license#
Multicore & Multiprocessor: Included with any license typeĬlusters & Cloud: With floating network licenses Look-up tables and function calls User-interfaces for differential and algebraicĮquations Parameterize on material properties, boundaryĬonditions, geometric dimensions, and more High-Performance Computing (HPC) Single Physics One integrated environment different physics andĪpplications One day you work on Heat Transfer, next day StructuralĪnalysis, then Fluid Flow, and so on Same workflow for any type of modelingĮnables cross-disciplinary product development and a unified simulation platformĬreate your own multiphysics couplings Customize material properties and boundaryĬonditions Type in mathematical expressions, combine with With no limitation on which combinations how many combinations Multiphysics - Coupled Phenomena Two or more physics phenomena that affect each other Mechanical, Fluid, Electrical, and Chemical Simulations Multiphysics and Single-Physics Simulation Platform General agency in Japan: Keisoku Engineering System Co., Ltd. North America, South America, Europe, and Asia Offices21+Agencies13 USA: Boston (Headquarters/sales office) The Multiphysics advantage: Easy and simple to set up coupled simulations such as coupling thermal effects into a model and then including a detailed convective heat transfer model that solves for the fluid flow.
Lizhu TONG, Ph.D.Keisoku Engineering System Co., Ltd., JapanNovember 9, 2017ĬOMSOL is the leading provider ofmultiphysics simulation and analysissoftwareĪ large company with decades of experience in simulation Introduction of COMSOL Multiphysics and Release Highlights
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