Below is the agenda of the ENGYS UGM 2022. Don't forget to register here if you'd like to attend.
Below is the agenda of the ENGYS UGM 2022. Don't forget to register here if you'd like to attend.
Welcome and introduction to the ENGYS User Group Meeting 2022.
In this keynote Mr. Guzman will review current CFD activities at Stellantis North America to highlight the benefits of using the open-source methods available in ELEMENTS to optimise the aerodynamic design of new electric and autonomous vehicles.
Mr. Childs will deliver a comprehensive tour of external aerodynamics and the use of CFD at BWT Alpine F1 Team.
Using bespoke simulation templates available in ELEMENTS, Koenigsegg has developed a methodology to verify the external aerodynamics performance of the Jesko Absolut, including compressibility effects needed to handle the record-breaking 500 kph maximum speed of this supercar.
In this presentation Mr. Juszkiewicz will introduce the benefits of coupling the software TAITherm with HELYX / ELEMENTS to perform thermal runaway safety analysis of electric vehicles.
Dr. Nicoli will describe the extensive CFD work performed by WSP as part of a real-life project to ensure that new wall panels in a cargo tunnel do not become detached from the backing frame due to pressure perturbations resulting from passing heavy goods vehicles (HGVs).
In this talk Mr. Capra will discuss the challenges of building planning applications in the City of London and how CFD simulations are employed to complete this complex process.
This talk is focused on the importance of CFD in the work perfomed by EFLA to develop a clear policy and guidelines for wind and microclimate assessment in urban planning in Iceland.
Prof. Maki will discuss the benefits of combining machine learning techniques and CFD to predict complex ship motion in ocean wave fields to simplify a wide range of maneuvering simulations and reduce time and costs.
Using examples from real-life design applications, Mr. Campos will describe the latest advances in Adjoint-based CFD optimisation techniques offered as part of the HELYX-Adjoint and ELEMENTS-Adjoint add-on modules.
Dr. de Villiers will review the latest developments and advances in CFD technologies at ENGYS to be deployed as part of HELYX and ELEMENTS in coming releases.
Get to know some of our engineers and other users of our software over dinner to exchange ideas and discuss future trends in CFD.
Overview of new features and capabilities in the latest release of HELYX.
Explore the existing meshing algorithms available in HELYX and how they can be used for different applications.
Learn how to use the conjugate heat transfer (CHT) functionality in HELYX to model thermal characteristics in fluids and solids.
Introduction to topology and shape optimisation using the HELYX-Adjoint add-on solver module.
New sources and arbitrary mesh interface methods in HELYX employed to simulate rotating parts and turbomachinery.
Introduction to generalised internal boundaries (GIBs) for modelling complex motions and runtime visualisation for advanced post-processing.
Introduction to the new unified solver framework (USF) in HELYX with a focus on compressible flow applications.
Demonstration of HELYX on-demand HPC service to run from the GUI in a remote HPC cluster using the client-server framework.
Overview of new features and capabilities in the latest release of ELEMENTS.
Introduction to external vehicle aerodynamics simulations in ELEMENTS using the time-resolved Detached Eddy Simulation (DES) approach for turbulence.
Templating simulation best practices in ELEMENTS using configuration files for replicable and consistent drag predictions.
Hands-on session to learn how to use configuration files to create custom simulation templates in ELEMENTS.
Using the arbitrary mesh interface (AMI) method to simulate vehicle wheels in motion.
Using the generalised reference frame (GRF) method to simulate vehicle tyres.
Introduction to topology and shape optimisation for automotive applications using the ELEMENTS-Adjoint add-on solver module.