Discover HELYX 4.6.0 by ENGYS, featuring new CFD modelling capabilities, enhanced meshing, solver improvements and advanced post-processing tools.
This paper presents a GPU-accelerated AI framework using CFD and RBF mesh morphing to deliver near real-time predictions for ship...
Explore how Piaggio optimised motorcycle aerodynamics with HELYX, reducing drag on the Aprilia RSV4 and improving rider comfort on the...
ENGYS receives funding for AI4TwinShip2 to advance AI ship hull optimization, CFD data integration, and real-time digital twins for marine...
See how ENGYS used open-source CFD, automation and aerodynamic optimisation to reduce drag by 18% for Shell’s Triple 10 Challenge...
Validating marine propeller cfd in HELYX. Accurate open-source predictions for thrust, torque, and cavitation using the Potsdam Propeller Test Case.
This paper investigates oblique flow effects on marine propellers using CFD and experimental validation to analyse blade loading, side forces...
Turbomachinery CFD validation showcasing HELYX performance against the NASA Rotor 67 benchmark, comparing pressure ratio, efficiency and flow predictions.
ENGYS announces HELYX 4.5.1, a maintenance release featuring bug fixes, stability improvements and code refinements across the HELYX suite.
Aerodynamic optimisation using CFD and wind tunnel testing applied to speed skiing, combining adjoint analysis and experimental validation.
