Converge Studio 3.2 + Solver 3.2.3 x64/2.4.21 Linux – Downloadly

Description

Converge CFD is a multifunctional software from Convergent Science for CFD simulation and analysis. This app comes with innovative features which are mentioned in the general features of the app. This software eliminates the time needed for the user to design the mesh, automatically mounts and connects moving parts, prevents meshing from limiting motion, as well as allows independent mesh resolution for the best geometric structure. Mesh selection is performed.

The Converge CFD software also comes with the Power/GT-Suite wristband, which adds two-way interaction capabilities, border connectors, and hydraulic connections. The program includes complete chemical models and uses genetic optimization tools.

Features and Characteristics of Converge CFD Software:

Powerful and efficient user interface
No user needs to design mesh (CONVERGE is a separate CFD software, it automatically generates runtime grids so you don’t have to waste time creating meshes)
Better mesh with the AMR adaptive method
Using advanced and accurate combustion models to solve a variety of combustion-related problems
Ability to simulate multiphase fluids
Ability to simulate turbulent fluids and complex and intricate scenarios
Detailed analysis of fluid heat exchange in limit states
Carefully review issues related to the interaction of different components together
Simultaneous computing to increase computing speed
And …

Required systems

Get

Studio with an OpenGL-compatible video card (OpenGL 3.3+ compatible recommended).

To manipulate geometry in CONVERGE Studio, we recommend the following minimum RAM:
▪ 10,000 triangles – 200 MB RAM
▪ 120,000 triangles – 475 MB RAM
▪ 200,000 triangles – 650 MB RAM
▪ 400,000 triangles – 1 GB RAM
▪ 800,000 triangles – 1.8 GB RAM
▪ 1,000,000 triangles – 2.0 GB RAM

For the converge solver, the recommended amount of RAM depends on the size of the domain; level of grid refinement; the number of species, inactivations, and reactions in the mechanism; and other simulation-specific parameters. A small, simple simulation (for example, a single engine sector case) can be executed efficiently in serial on a single machine with less than 4 GB of RAM. Long simulations (e.g., a fuel-injected port, full-cylinder simulation using the SAGE detailed chemistry solver) may require several multi-core machines to achieve a solution in a reasonable time. Contact Convergent Science, Inc. support team ( support@convergecfd.com ) to discuss processor selection for your simulation.