Automating CFD Analysis Tasks with PYTHON and HELYX

Increase simulation agility, improve team efficiency, and reduce costs by automating computer aided engineering (CAE) tasks.  This is especially true for computational fluid dynamics (CFD) analysis tasks, where routine workflows can be systematically analyzed, built into best practices, and refined. These routine tasks are present across industry and can range from:

Introduction to Meshing with HELYX

Creating a computational mesh is an extremely important step in the overall process of CFD analysis. A “bad” mesh leads to solver instability; poor resolution of important flow features; poor parallel performance of your solver; and in general, inadequate and inefficient use of CFD as a design tool. A “great” mesh enables your CFD solvers […]

Talking CFD Podcast with Guest, Eugene de Villiers

If you haven’t listened to Robin Knowles’ Talking CFD Podcast, you’re missing out on a unique perspective of world of CFD. That is, a seemingly unbiased discussion between Robin and his guests about their daily work and/or journey to where they are today. The candid discussions with subject matter experts (built environment, surfboard design, oil […]

Improving Engineering Design with Topology Optimization

Virtual prototyping using simulation and optimization tools enables faster, leaner, and more cost effective product development cycles within engineering teams. This on-demand webinar discusses how next generation topology optimization methods within HELYX Adjoint enable industry leaders to achieve more. You’ll be

Multipoint Adjoint Topology Optimisation for Automotive HVAC System

In the previous post about multipoint adjoint optimisation I showed the concept and process of our recent developments in this field on a very simple demonstration case (Definitely read this before you continue!). We now have received permission by our partner Volkswagen AG to show the original case that sparked this development. I will introduce […]

Multipoint Adjoint Optimization

ENGYS developers and application engineers have been closely involved in the success of the adjoint optimisation methodology since its first implementation into CFD codes more than 10 years ago. Since those early days, ENGYS has constantly driven the development forward to improve robustness and accuracy as well expanding the functionality. HELYX-Adjoint has been adapted as […]

Conjugate Heat Transfer and a New Design are Just Some of the New Features of HELYX v3.0.0

What are we so excited about over here at ENGYS?  HELYX® v3.0.0 was released after 20+ months of customer feedback, design meetings, coding marathons, and rounds of beta-testing.  Version 3.0.0 will enable Engineers to: Solve more complex engineering problems via an increase in available physics and tools Leverage improved usability of a powerful library of […]