Convergent Science CONVERGE Studio v5.1.1
A cutting-edge computational fluid dynamics (CFD) software suite designed for engineers to simulate complex fluid flow and heat transfer with high accuracy and efficiency.
It features fully autonomous meshing that automatically generates and refines the computational grid, eliminating most manual mesh setup time.
CONVERGE’s advanced physical models include combustion, multi-phase flow, conjugate heat transfer, and detailed chemistry solvers for realistic predictions.
The integrated CONVERGE Studio GUI streamlines pre-processing, simulation setup, and post-processing visualization into a cohesive workflow.
Version 5.1.1 continues to expand capabilities across industries—from automotive and aerospace to energy and biomedical systems—while improving solver performance and usability.
System Requirements
OS:64-bit Windows (10+)
Processor: Modern x86-64 architecture.
Memory (RAM): 2 GB minimum for basic usage. For larger models (e.g., >10M nodes), 2 GB of RAM per 1M nodes is often recommended.
Graphics: A discrete graphics card is recommended for smooth operation, with OpenGL 3.3+ support necessary for version 3.1+ and 4.0.
File System: A parallel file system such as Lustre or BeeGFS is recommended for improved performance.
Display: 1280x1024 or higher resolution display
x64 | File Size: 2.79 GB
Download
*
A cutting-edge computational fluid dynamics (CFD) software suite designed for engineers to simulate complex fluid flow and heat transfer with high accuracy and efficiency.
It features fully autonomous meshing that automatically generates and refines the computational grid, eliminating most manual mesh setup time.
CONVERGE’s advanced physical models include combustion, multi-phase flow, conjugate heat transfer, and detailed chemistry solvers for realistic predictions.
The integrated CONVERGE Studio GUI streamlines pre-processing, simulation setup, and post-processing visualization into a cohesive workflow.
Version 5.1.1 continues to expand capabilities across industries—from automotive and aerospace to energy and biomedical systems—while improving solver performance and usability.
System Requirements
OS:64-bit Windows (10+)
Processor: Modern x86-64 architecture.
Memory (RAM): 2 GB minimum for basic usage. For larger models (e.g., >10M nodes), 2 GB of RAM per 1M nodes is often recommended.
Graphics: A discrete graphics card is recommended for smooth operation, with OpenGL 3.3+ support necessary for version 3.1+ and 4.0.
File System: A parallel file system such as Lustre or BeeGFS is recommended for improved performance.
Display: 1280x1024 or higher resolution display
x64 | File Size: 2.79 GB
Download
*