XFlow
Additional information
| Industry / Application | Aerospace Engineering, CAE (Computer-Aided Engineering), CFD (Computational Fluid Dynamics) |
|---|---|
| Profession |
Product Description
XFlow is a high-fidelity, meshless CFD platform using Lattice Boltzmann and particle-based methods to simulate complex fluid flows, multiphase interactions, and fluid–structure coupling. It accelerates aerodynamic, HVAC, and turbomachinery analysis with automated geometry handling, transient large-deformation capability, and GPU-optimized solvers for rapid, accurate prototyping fast iterations.
Key Advantages
- Meshless Lattice Boltzmann approach eliminates manual meshing, enabling robust handling of free-surface, multiphase, and moving-body problems.
- GPU-accelerated, transient solvers deliver high throughput for time-resolved aerodynamics, FSI, and turbulent flow studies with scalable performance.
- Automated CAD import and geometry simplification streamline CFD-ready model preparation, reducing iteration time between design and validation.
Professional Scope
Its automated geometry handling, transient multiphase and FSI capabilities make XFlow essential for architects, civil and mechanical engineers, electrical designers, interior designers, and GIS specialists requiring accurate fluid, ventilation, and environmental simulations.
Access & Licensing
Available under tiered licensing: limited Free tiers for evaluation, Paid-Subscription for ongoing access and updates, and Paid-Lifetime options for perpetual use and enterprise deployment.
Specialization
XFlow’s meshless CFD, GPU optimization, transient multiphase modeling, and FSI support make it valuable across Construction Management, FEA/CAE, Electrical EDA thermal analysis, CAM/3D printing ventilation studies, Data Science workflows, Geotechnical hydrology coupling, CFD for aerospace/automotive, robotics simulation, and scientific numerical analysis.
| Industry / Application | Aerospace Engineering, CAE (Computer-Aided Engineering), CFD (Computational Fluid Dynamics) |
|---|---|
| Profession |






