ENGYS Releases HELYX Version 4.6.0
ENGYS, a global leader in open-source computational fluid dynamics (CFD) solutions, is pleased to announce the release of HELYX version 4.6.0. This version introduces new modelling and simulation capabilities, alongside numerous improvements to meshing, solver workflows, post-processing, performance and usability. Updated versions of the HELYX-Adjoint, HELYX-Coupled and HELYX-Marine add-on modules are also included, aligned with […]
A GPU-Accelerated AI-Based Tools Framework for CFD-Based Ship Hull Design
TECHNICAL PAPER A GPU-Accelerated AI-Based Tools Framework for CFD-Based Ship Hull Design E. Costa, B. Di Paolo, A. Krassas, P. Geremia, J. Linford, N. Ashton, I. Pegler, R. Ranade, A. Ghasemi, M. Machowski, M. E. Biancolini | 2026 | 17th World Congress on Computational Mechanics (WCCM) / 10th European Congress on Computational Methods in Applied […]
How Piaggio Optimised Motorcycle Aerodynamics with HELYX
The aerodynamics arms race, once confined to the pinnacle of MotoGP, is now a defining factor in the design of production superbikes. At the same time, the adventure bike segment has exploded in popularity, introducing a new engineering challenge: balancing high-speed stability and performance with all-day rider comfort. For the Piaggio Group, home to the […]
ENGYS participates in AI4TwinShip2: Development of interactive CFD-AI models for real-time hull design and optimisation of marine vehicles
ENGYS is pleased to announce that it has been awarded funding for the development of the AI4TwinShip2 research project, aimed at improving the design and optimisation of ship hulls using advanced artificial intelligence (AI) tools applied to computational fluid dynamics (CFD). Conceived as a continuation of the parent project AI4TwinShip, AI4TwinShip2 has the main objective […]
Designing an Efficient EV for the Shell Triple 10 Challenge
As battery electric vehicles (BEVs) continue to evolve, automotive manufacturers face a fundamental engineering challenge: how to improve range, charging performance and sustainability without relying solely on larger battery packs. For many years, increasing battery capacity provided a straightforward route to extending vehicle range. However, larger batteries introduce additional mass, higher material consumption and increased […]
Validating Marine Propeller Performance with HELYX CFD
In naval architecture and marine engineering, open-water curves, such as the thrust, torque and efficiency are the primary hydrodynamic input to propeller and propulsion design. Capturing such quantities accurately through CFD modelling helps engineers take design decisions. This article takes part of our ongoing HELYX Validation and Verification series, comparing the CFD results against the […]
Hydraulics & Wastewater
Optimise water and wastewater treatment systems with HELYX CFD software. Simulate settling tanks, pump stations, dams, spillways, aeration and hydraulic structures.
Experimental and Numerical Study of Oblique Flow Effects on an Open Water SSV Propeller
TECHNICAL PAPER Experimental and Numerical Study of Oblique Flow Effects on an Open Water SSV Propeller A. Sciacca, N. Berthiaume, G. Loubimov, P. M. Miklavcic, T. Gillette, B. G. Knight | 2026 | 36th Symposium on Naval Hydrodynamics Overview This technical paper investigates oblique flow effects on marine propellers using CFD and experimental testing. The […]
Turbomachinery CFD Validation with HELYX: NASA Rotor 67
For engineers in the aerospace and power generation sectors, the NASA Rotor 67 is one of the most widely used benchmarks for turbomachinery CFD validation. First documented in a seminal 1989 NASA technical paper, this low-aspect-ratio, transonic, axial-flow fan rotor is a demanding test case for CFD codes, involving high rotational speeds, complex shock wave […]
ENGYS Releases HELYX® 4.5.1
ENGYS is pleased to announce the release of HELYX version 4.5.1, alongside the corresponding updates to all HELYX add-on modules (HELYX-Adjoint, HELYX-Coupled and HELYX-Marine). HELYX 4.5.1 is a maintenance release focused on bug fixes, stability improvements and code refinements to address known issues identified in previous versions. For more information, existing users should refer to […]