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WEBINARS

Welcome to the ENGYS Technical Library, a comprehensive repository of our webinars, spanning a wealth of cutting-edge topics and industry expertise.

Our extensive collection of webinars represents a culmination of years of knowledge-sharing, where our experts and guest speakers delve into diverse subjects, ranging from computational fluid dynamics (CFD) to optimization techniques and beyond.

Whether you are an engineering enthusiast, a seasoned professional, or a curious learner, this platform offers a treasure trove of valuable insights and practical guidance to broaden your understanding and enhance your skills. Explore our vast library and embark on an enriching journey into the realm of engineering simulation.

HELYX-original

HELYX 4.2.0 Release Highlights

Learn about the additions and enhancements introduced in HELYX 4.2.0

HPC-Based Design for Smoke Control in Subway Tunnels

Explore how advanced HPC technology revolutionized smoke control in subway tunnels through CFD simulations.

Urban Physics Modelling Using Cloud-Based CFD Simulation

Explore SoftSim’s success story in partnership with ENGYS in the AEC industry.

HELYX 4.0.0
Release Highlights

Learn about the additions and enhancements introduced in HELYX 4.0.0

Open-Source CFD Solutions for the Marine Industry

Learn how to perform complex analysis tasks in the marine industry with HELYX and HELYX Marine.

Intro to Conjugate Heat Transfer Simulation

A practical introduction to the CHT capabilities within HELYX and walk through the process of setting up CHT cases.

Incompressible Flow Simulation

A practical introduction to HELYX and walk through the process of setting up an incompressible flow simulation.

Porous Media Modelling

A practical introduction to porous media models in the volume and at boundaries.

HELYX Core Compilation with CMAKE

A practical introduction to using CMAKE and walk through the process of compiling HELYX core.

Multi-Region Meshing with HELYX

A practical introduction to multi-region meshing HELYX.

Introduction to Meshing with HELYX

An introduction to the meshing capability within HELYX.

Improving Engineering Design with Topology Optimization

How next generation topology optimization methods within HELYX Adjoint enable industry leaders to achieve more.

Simulating Conjugate Heat Transfer Multiphysics With HELYX

An introduction to meshing and simulating conjugate heat transfer problems using the implicit region coupled solver within HELYX

Automating CFD Analysis Tasks with PYTHON and HELYX

 Learn how the macro journal features can be used in the meshing, setup, solving, and post-processing steps of a CFD analysis within HELYX

Machine Learning for Accelerated Aero-Thermal Design in The Age of Electromobility

How ENGYS is creating tools related to machine learning and CFD.

Surface Optimization with Continuous Adjoint

Learn about the continuous adjoint method for fluid systems and see how to setup a surface optimization analysis with HELYX Adjoint.

Cloud Computing with HELYX and Penguin Computing On-Demand

Learn more about POD and obtain a sense of how to effectively use HELYX on the POD platform.

Accurate Wheel Modelling With Generalized Moving Reference Frame (GRF)

This webinar discuss a new Generalized Moving Reference Frame (GRF) technology and how it compares to several of these traditional approaches and experimental data.

Simulating Complex Boundary Motion with Generalized Internal Boundaries (GIB)

Learn how CFD Engineers can simulate rigid body motion with large transformations by leveraging Generalized Internal Boundaries (GIB) within HELYX.

Increase Speed and Stability of CFD Simulations With HELYX Coupled

Learn more about the solvers, several use cases, and the simple steps to use the HELYX Coupled Module.

Simultaneous Simulation and Post-Processing Within HELYX

This webinar discuss a new Generalized Moving Reference Frame (GRF) technology and how it compares to several of these traditional approaches and experimental data.

ELEMENTS 4.2.0 Release Highlights

Learn about the additions and enhancements introduced in ELEMENTS 4.2.0

ELEMENTS 4.0.0 Release Highlights

Learn about the additions and enhancements introduced in ELEMENTS 4.0.0

Vehicle Aerodynamics Simulation with ELEMENTS

A practical introduction to ELEMENTS and walk through the process of setting up an external aerodynamics simulation to evaluate a vehicle design

Vehicle Tire Modeling

A practical introduction to the different tire models available in ELEMENTS and a walk through of how to setup simulations with these different models.

Aerothermal Simulation

Key concepts of aerothermal simulation and a walk through of the simulation setup and execution.

Simulation Studies with PYTHON

The coupling of PYTHON allows for complex DOE or even aero-mapping for complex automotive analysis.

CFD Analysis of Vehicle Aerodynamics with ELEMENTS

How ELEMENTS can be used to provide more accurate and consistent CFD results when performing vehicle aerodynamics analysis.

Scalable and Accurate Automotive Simulation with ELEMENTS

An introduction to ELEMENTS’ capability related to external aerodynamics evaluation and performing higher-fidelity aero-thermal simulations for complex automotive cases.

on May 30 | by

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