CG数据库 >> Converge 2.2.0 X64

Converge 2.2.0 X64的图片1

CONVERGE是一款流体动力学(CFD)计算软件。

Converge (64bit) 2.x | 312 mb

CONVERGE is a Computational Fluid Dynamics (CFD) code that completely eliminates the user time needed to generate a mesh through an innovative run-time mesh generation technique. Because of this, CONVERGE:

- allows moving boundaries to be handled completely automatically

- eliminates the deforming mesh issues typically associated with moving boundaries

- allows for perfectly orthogonal cells resulting in improved accuracy and simplified numerics

- maintains the true geometry, independent of the mesh resolution

Our Adaptive Mesh Refinement (AMR) technology is a fully customizable technique that refines the mesh at run-time automatically where it is needed. You will never again have to guess where to add resolution ahead of time. AMR increases accuracy while decreasing run-times by using more mesh where it’s needed and less where it’s not.

Our detailed chemistry solver SAGE and our pioneering Genetic Algorithm optimization tool CONGO are also included in CONVERGE.

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About Convergent Science Inc.

Convergent Science, Inc. (formerly Convergent Thinking, LLC) is a world leader in Computational Fluid Dynamics (CFD) software development and consulting. Our flagship product, CONVERGE, is a CFD software package that is revolutionizing how fluid dynamics modeling is being used by engineers, researchers and designers. With CONVERGE, traditional CFD bottlenecks (namely grid generation) have been removed from the modeling process, allowing users to spend more time analyzing their simulations and no time generating grids.

The staff at Convergent Science are experts in CFD simulations, numerical methods, model development, and design optimization. Since 1997, Convergent Science has been providing quality consulting to the Internal Combustion Engine industry and beyond.

Name: CONVERGE

Version: (64bit) 2.2.0 datecode 16072014

Interface: english

System Requirements: windows Server/HPC x64, HPMPI/serial MPI/MPICH

Size: 312.3 mb

Special Thanks TeAM SolidSQUAD-SSQ