Overview
Heat transfer and thermal management challenges are pervasive throughout engineering, be it to deliver heat transfer (e.g. heat exchangers) or to control temperatures (e.g. coolers) within required operating ranges. 3D physics-based simulation through CFD and mechanical FEA, as well as a new 0D/1D Ansys capability, provide the tools to optimise and troubleshoot designs for thermal as well as related structural and flow performance.
What You Will Learn
- Simulation in heat transfer and thermal management
- Simulation technologies overview
- CFD with Ansys Fluent
- Comprehensive thermal capability for convection, conduction and thermal radiation
- FEA with Ansys Mechanical
- Thermal capability for conduction and thermal radiation (with methods for convective heat transfer) with the benefit of integrated thermal/structural stress
- 0D/1D with Ansys Thermal Desktop
- Rapid thermal simulation for complex systems
- Latest advances in simulation
- Simulation workflow automation for optimisation and robust design
- Material selection to complement simulation
- CFD with Ansys Fluent
Who Should Attend
- Engineers involved in heat transfer and thermal management equipment, devices and product design
- Engineers using CFD and mechanical FEA but interested in the latest capabilities
Speakers
Monica Ramirez Lastra and Stelios Kakoulidis
Date / Time:
July 22, 2026
3pm BST | 4pm CEST | 10am EDT
Venue: Virtual
- Cost:
No reviews available for this learning resource.
