HELYX & ELEMENTS 4.3.0 Release Highlights
WEBINAR ON DEMAND HELYX and ELEMENTS 4.3.0Release Highlights ENGYS is excited to invite you to an exclusive on-demand webinar showcasing the latest advancements in HELYX® and ELEMENTS version 4.3.0. This release focuses on consolidating the Unified Solver Framework (USF) by integrating multiphase flow solvers, delivering a more flexible, comprehensive, and multi-physics CFD software platform. Designed […]
ELEMENTS v3.5.0 Release Highlights
WEBINAR ON DEMAND Main Topic of Discussion ELEMENTS v3.5.0 is the latest version of our dedicated CFD software suit for automotive design applications. In this webinar we will discuss the wide range of extended capabilities and refinements introduced in this new version of our tool. You will learn about some of our most recent advances […]
HELYX® v3.5.0 Release Highlights
WEBINAR ON DEMAND May 31, 2022 @ 10:00 AM (CDT) – 30 minutes Topic of Discussion HELYX v3.5.0 is a continuation of the groundbreaking, general-purpose CFD software tool developed by ENGYS. This webinar will discuss the additions and enhancements introduced in this new version in terms of usability, model availability and performance aimed at improving […]
HELYX and ELEMENTS v3.3.0 Release Highlights
WEBINAR ON DEMAND HELYX and ELEMENTS v3.3.0 Release Highlights September 24, 2020 @ 10:00 AM (CST) 30 minutes Overview HELYX and ELEMENTS v3.3.0 is a continuation of the groundbreaking CFD software tools developed by ENGYS. This webinar will highlight the upcoming version enhancements to usability, model availability, and performance aimed at improving user experience and […]
Simulating Complex Boundary Motion with Generalized Internal Boundaries (GIB)
WEBINAR ON DEMAND Simulating Complex Boundary Motion with Generalized Internal Boundaries (GIB) This webinar presents an overview of GIB technology and how it applies to large scale motion within CFD simulations. Simulating complex boundary motion can be crucial when evaluating product performance, and in some cases extremely challenging to perform. Rigid body simulations with large […]
Scalable and Accurate Automotive Simulation with ELEMENTS
WEBINAR ON DEMAND In this webinar, we provide a practical introduction to ELEMENTS’ capabilities related to external aerodynamics evaluation and performing higher-fidelity aero-thermal simulations for complex automotive cases. Automotive designers and engineers routinely use automotive simulation to better understand a vehicle’s performance in order to go to market faster; find issues earlier; and leverage virtual […]
CFD Analysis of Vehicle Aerodynamics with ELEMENTS
WEBINAR ON-DEMAND This webinar discusses how ELEMENTS can be used to provide more accurate and consistent CFD results when performing vehicle aerodynamics analysis. Artificial Intelligence (AI) coupled with traditional Compute Aided Engineering (CAE) tools provide the potential of transforming the engineering design process. This is one of the driving forces behind the UPSCALE Project, specifically applied […]
Simulation Studies with PYTHON and ELEMENTS
WEBINAR ON DEMAND In this webinar, we will cover advanced workflow and simulation approaches using PYTHON and ELEMENTS. Process automation with PYTHON can further enhance ELEMENTS as a simulation suite and allow for complex coupling with complementary software. ELEMENTS allows users to automatically generate PYTHON macros to drive the preprocessing, meshing, setup, simulation, and post-processing […]
Aerothermal Simulation with ELEMENTS
WEBINAR ON-DEMAND In this webinar, we introduce key concepts of an aerothermal simulation and users will be given a walk through of the simulation setup and execution. Vehicles require effective thermal management to prolong the lifetime of the vehicle and also improve it’s performance under operation. To assess this, aerodynamics simulation is often coupled with […]
Vehicle Tire Modelling in ELEMENTS
WEBINAR ON DEMAND In this webinar, we will provide a practical introduction to the different tire models available in ELEMENTS and provide a walk through of how to setup simulations with these different models. Tire treads, rims, and the rotational motion of wheels have a tremendous influence on vehicle aerodynamic performance, both on the road […]