CD-Adapco Star CCM+ 10.02.012-R8 (double precision) Windows/Linux x64 (May 9, 2015)



Year / Release Date: 2015
Version: 10.02.012-R8
Developer: CD-Adapco
Bit: 64bit
Compatibility with Vista: complete
Compatible with Windows 7 full time
Compatible with Windows 8: full
Language: Multilingual (Russian present)
Medicine: Present (TeAM SOlidSQUAD-SSQ)
System requirements: personal experience - from junior i7, min 8 Gb RAM, nVidia, Bat Logitech.
Description: STAR-CCM + is one of the most modern in comparison with competitors, a software suite designed to address the problems of continuum mechanics. It is characterized by unusual simplicity of use. STAR-CCM + includes the latest numerical algorithms such as advanced solvers, raspredelennny (segregated solver) and connected (coupled solver), moreover, it is created using the most advanced programming techniques. All this allows STAR-CCM + provide unprecedented accuracy, reliability and flexibility in solving problems of computational continuum mechanics.
Powerful new tools for building grids: from restoring the integrity of the surface (surface wrapping) to create a grid of polyhedral cells. The use of these new tools for building grids can reduce the clock while solving the problem.
A large set of physical models: laminar and turbulent flow of Newtonian and non-Newtonian fluids, multiphase flow, cavitation, radiation, combustion, development of boundary layer flows with high Mach numbers, the conjugate heat transfer, as well as new models for the calculation of heat exchangers and fans.
The use of arbitrary polyhedral cells: it requires less memory and speeds up the solution.
Powerful imaging: modeling and control parameters in the calculation.
It has including Russian interface.
Reliable results: based on sustainable, bezavostnogo solver STAR-CCM +.
Compatibility with existing models of software products: STAR-CD, ICEM, GridGen, Gambit.
Models, consisting of 1 billion. Or more cells: In contrast to all other CFD-packages, STAR-CCM + is specifically designed to implement scalable parallel computations on arbitrarily large grids. Lets solve relatively simple problems of strength (with gas dynamics).