Webinar Series | HxGN System Dynamics – Shift to Zero Prototypes

 

07 November I 14 November

With today's complex systems, system simulation is more important than ever. Engineers need to understand system behaviour across physical processes and study the impact of interactions across multiple subsystems - ultimately, to predict product performance. Organizations are grappling with challenges around dynamic systems, electrification, autonomy, connectivity, and more.

HxGN System Dynamics consists of best-in-class simulation tools Adams, Romax, and Elements. This suite spans the development process, from "blank-sheet" 2D design through detailed subsystem optimization, to full-vehicle virtual product sign-off with minimal prototyping.

Watch this webinar series to learn about how our tools drive robust, collaborative processes, thanks to their intelligent integration within the wider Hexagon portfolio and beyond. Featuring example use cases related to ePowertrains and eNVH.

Schedule:

  1. November 7, 2023 at 02:00 PM (GMT) : Webinar 1: Leverage HxGN System Dynamics to solve complex system problems
  2. November 14, 2023 at 02:00 PM (GMT) : Webinar 2: Predicting and Optimising system performance with HxGN System Dynamics

 

Listen to Hexagon experts to learn how our solutions could enable you to develop better performing products while reducing need for physical prototypes. This webinar series will enable you:

  • To determine how HxGN System Dynamics solutions work together to solve complex problems.
  • To leverage HxGN System Dynamics solutions to develop superior products.
  • To utilize HxGN System Dynamics to bring together multiple fidelities and multiple domains in one model.
  • To improve your simulation outcomes by combining HxGN System Dynamics solutions with HxGN Multiphysics solutions and beyond.

 

You should attend this webinar if you are:

  • Working with OEMs, suppliers, and technology partners.
  • A member of structural, fluid, system dynamics, CAE, product engineering or product validation teams.
  • A suspension, steering, chassis, powertrain, hydraulics, pneumatic and controls design engineer.
  • A tech enthusiast with interest in innovative technologies.
  • Interested in testing the performance of an upcoming product without prototype building.