May 112017
 

download Comsol Multiphysics 4.3.2.189 x86 x64 full license forever

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Comsol Multiphysics 4.3b with Update1
Comsol Multiphysics 4.3b with Update1
working with Comsol Multiphysics 4.3.2.189 x86 x64 full
working with Comsol Multiphysics 4.3.2.189 x86 x64 full

Description: A program for finite-element calculations of complex scientific and technical problems. The COMSOL Multiphysics package allows you to model almost all physical processes that are described by partial differential equations. The program contains various solvers that can quickly cope with even the most complex tasks, and the simple structure of the application provides simplicity and flexibility of use. The solution of any problem is based on the numerical solution of partial differential equations by the finite element method. The range of tasks that are amenable to modeling in the program is extremely wide.
The set of special modules in the program covers almost all spheres of applications of partial differential equations.
COMSOL Multiphysics (Femlab) – a modeling package that solves systems of nonlinear partial differential equations by the finite element method in one, two and three dimensions. It allows to solve problems from the field of electromagnetism, the theory of elasticity, the dynamics of liquids and gases, and chemical gas dynamics. Femlab also makes it possible to solve the problem both in a mathematical formulation (in the form of a system of equations) and in the physical (the choice of a physical model, for example, the model of the diffusion process). Undoubtedly, in any case, the system of equations will be solved, and the difference is only in the possibility of using physical systems of units and physical terminology. In the so-called physical mode of operation, it is also possible to use predetermined equations for most phenomena occurring in science and technology, such as the transfer of heat and electricity, the theory of elasticity, diffusion, wave propagation and fluid flow.
What’s new compared to Comsol 4.3a
The new release includes five new application modules for specific areas of physics, as well as a number of updates and patches for existing modules. New tools for modeling and analysis of simulation experiments.
The new module Multibody Dynamics (Dynamics of the multi-body system) offers users the opportunity to analyze the operation of systems that include many rigid and flexible elements. This module supports the simulation of transient and rotational displacements as well as jamming for many types of joints, including prismatic, loop, cylindrical, helical, flat, ball, slotted and keyed, and simplified keyed connections.
The wave optics module Wave Optics allows analyzing the propagation of electromagnetic waves in such optically large media as optical fiber or photodetectors, bi-directional couplers, in plasmon equipment, metamaterials, and in the propagation of laser beams and nonlinear optical components.
The molecular flow module Molecular Flow provides simulation of rarefied gas flows in complex interlaces of vacuum systems. This module can be useful in mass spectrometers, production of semiconductors, satellite technologies, particle accelerators, exploration of shale gas deposits, and also in the study of flows in nanoporous materials.
Semiconductor Module Semiconductor Module provides extensive opportunities for analyzing the operation of semiconductor devices at the level of fundamental physics. In particular, it supports the modeling of P-N transitions, bipolar transistors, MOSFET elements (based on field metal-oxide semiconductors), MESFET elements (metal-semiconductor field-effect transistors), thyristors and Schottky diodes. Electrochemistry module (Electrochemistry) contains an integrated set of interfaces for modeling the processes of electroanalysis (quantitative analysis by electrolysis), proper electrolysis and electrodialysis.
For the analysis of experiments, an interesting function is proposed, which makes it possible to make quick calculations for “what-if” scenarios on sections built on a 3D model. For the first time, the added support of curvilinear coordinate systems greatly facilitates the description of anisotropic materials in figures with curvilinear geometry. Finally, the improved capabilities of automatically constructing grids in the wrong shapes help greatly speed up the modeling process.
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