Ansys
Simulation Software
Ansys offers a comprehensive suite of engineering simulation tools that help you design and validate products virtually before building physical pr
CONVERGE CFD is a computational fluid dynamics software featuring autonomous meshing that eliminates manual grid generation to accelerate the simulation of complex fluid flows and moving geometries.
Main Demo Video
CONVERGE CFD changes how you approach fluid dynamics by removing the most time-consuming part of the simulation process: manual meshing. Instead of spending days or weeks refining grids, you can rely on its autonomous meshing capabilities to create the mesh at runtime. This allows you to simulate complex moving geometries and intricate flow patterns with high accuracy and significantly reduced setup time.
You can apply this tool across various industries, from internal combustion engines and gas turbines to pump design and medical devices. The software excels at handling transient simulations where boundaries move or change shape, ensuring your mesh always adapts to the physics of the problem. By automating the grid generation, you can focus your energy on analyzing results and optimizing your designs rather than troubleshooting mesh quality.
Main dashboard with project overview
Kanban-style task management
Gantt chart timeline view
Workflow automation builder
Stop wasting time on manual grid generation and start simulating faster. CONVERGE CFD provides a suite of automated tools designed to handle the toughest fluid dynamics challenges with precision and speed.
Eliminate manual grid generation entirely as the software creates the mesh at runtime based on your specific geometry.
Automatically increase grid resolution in areas with high flow gradients to capture critical physics without wasting computational resources.
Simulate complex moving parts like valves and pistons easily without the need for manual mesh deformation or re-meshing.
Solve complex chemical kinetics for combustion and emission modeling using integrated solvers that handle thousands of species.
Analyze interactions between different phases, such as liquid sprays and gas, using advanced Eulerian and Lagrangian models.
Predict heat transfer between fluid and solid regions simultaneously to accurately model cooling systems and thermal stress.
CONVERGE CFD uses a flexible licensing model tailored to your specific research or industrial requirements. While they do not publish a standard price list, you can access a trial to evaluate the software's performance on your own hardware. Pricing typically scales based on the number of cores you need for parallel processing and whether you are an academic or commercial user.
Based on feedback from engineers and researchers in the automotive and aerospace sectors, here is what you should consider about CONVERGE CFD:
Perfect for mechanical and thermal engineers who need to simulate complex moving geometries, particularly in engine design, propulsion, and rotating machinery.
CONVERGE CFD is a top-tier choice if your work involves moving parts or complex chemistry where traditional meshing becomes a bottleneck. You will find that the autonomous meshing feature pays for itself by drastically reducing the man-hours required for simulation setup.
While the software requires a robust hardware setup and a significant initial time investment to master, the accuracy and automation it provides are hard to match. You should consider this if you are looking to move away from tedious grid generation and toward a more physics-focused simulation workflow.
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Main dashboard with project overview