A Scalable CFD Solver for Better Product Design
Flow360 Solver is a revolutionary CFD solver based on a breakthrough computing architecture that results in scalability of accurate aerodynamic simulations at unprecedented speeds.
TRUSTED BY TOP COMPANIES
New flow solver created for innovative companies to gain powerful design capability
The power of Flow360 Solver lets you:
- Increase confidence with in-depth flow insights
- Reduced risk and cost with flow insights over the complete range of scenarios and designs
- Manage rapidly changing design requirements
- Accelerate time to market
Contact Flexcompute to understand how Flow360 Solver can help you achieve better product designs through scalable CFD.
Breakthrough computing technology
Complex flow simulations of real-world products have been prohibitive in terms of time and cost. Flow360 Solver is based on a full-stack software–hardware design that breaks the limits of traditional computing enabling:
- Steady-state flow simulation of complex products in minutes
- Unsteady transient simulation of complex flow in hours
- Preparation of complete aero databases in days
Unrivaled scalability for aerodynamic simulations of complex designs
The innovative computing architecture of the Flow360 solver scales to meet the demanding needs of industrial simulations.
The Flow360 Solver allows for completely exploring your design options across all operating scenarios.
Accurate rotorcraft simulations
Leverage state-of-the art solutions for complex rotorcraft behavior with a full range of model fidelities to meet different requirements.
- Time-accurate rotating geometry
- Blade Element Theory model
- Actuator Disk model
- Coupled stationary and rotating domains
Fast analysis of rotor and vehicle interactions based on RANS simulation enables rotor optimization in one day and eliminates unexpected performance concerns.
Download Technical BriefEssential capabilities at unprecedented speed
The Flow360 Solver provides the capability and accuracy required for complex flow simulations at significantly lower cost and time.
- Reynolds-Averaged Navier-Stokes (RANS)
- Multiple Turbulence Models
- Laminar-Turbulent Transition model
- Detached Eddy Simulation
- Porous Media model
- Acoustics & more..
