The Future of CFD is on GPU
TesboFlow
Fully GPU-Accelerated CFD Solver
TesboFlow is a next-generation computational fluid dynamics solver developed by the TesboCFD team. By running the entire computation pipeline on GPU, it delivers up to 1000x performance improvement over traditional CPU-based solvers.
How it works
From geometry to insight in three steps
Whether you're an engineer, researcher, or designer — TesboFlow's workflow takes you from CAD to results without the complexity of traditional CFD pipelines.
Step 1
Define geometry
Upload CAD models, STL meshes, or use parametric definitions. We handle complex assemblies with automatic part decomposition.
Step 2
Configure simulation
Set boundary conditions, turbulence models, time-stepping, and GPU resources. Templates for common scenarios accelerate setup.
Step 3
Visualize & export
Real-time 3D streamlines, pressure contours, surface friction. Export PDF reports, Excel sheets, or raw data for downstream analysis.
CPU vs GPU Performance
Traditional CPU
7 days
64-core CPU cluster
TesboFlow GPU
10 min
Single high-end GPU
Core Capabilities
Full GPU Acceleration
Complete CFD computation runs on GPU, eliminating CPU-GPU data transfer bottlenecks.
1000x Faster
Simulations that take days on CPU clusters complete in minutes on a single GPU.
High Precision
Maintains numerical accuracy comparable to established CPU solvers.
Cost-Effective
Lower hardware and energy costs compared to large-scale CPU clusters.
Scalable
From desktop GPU workstations to multi-GPU HPC clusters.
Advanced Meshing
Supports dynamic mesh, overset (chimera) mesh, and mesh motion on GPU.
Development Timeline
Application Areas
Aerospace Design
Automotive Aerodynamics
Turbomachinery
Marine Hydrodynamics
HVAC and Ventilation
Industrial Fluid Processing
Interested in TesboFlow?
TesboFlow is under active development. We welcome collaboration with companies and research institutions.