Ansys Advanced Web Trainings - Fall 2026
Join Simtec’s Application Engineers for a series of online technical trainings covering structural, thermal, electromagnetic and multiphase simulation. Each session focuses on practical engineering workflows, modelling approaches and real-world applications using Ansys technologies.
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SIMTEC, a certified channel partner of Ansys (part of Synopsys), organizes advanced online training sessions to gain practical simulation knowledge, find out about real engineering applications and guidance by experts.
Training dates:
Coupled Magnetic-Thermal ROM of Oil-Filled Transformer - Monday, 2 November 2026
- Date: 2 November 2026
- Event format: Online
- Explore a complete electromagnetic-thermal workflow for oil-filled transformers, from geometry preparation and coupled simulation to Reduced Order Model creation in Ansys Twin Builder.
- Transformer geometry preparation and simulation setup
- Electromagnetic-Thermal coupling setup
- Post-processing within Ansys Electronics Desktop (AEDT)
- Steady-State ROM creation and usage in Ansys Twin Builder
- Wrap-up and Q&A
- Total Cost: 450€ per participant
Design Smarter, Mesh Faster: Efficient Structural Modelling of Large Thin-Walled & Industrial Structures - Friday, 6 November 2026
- Date: 6 November 2026
- Event format: Online
- A practical structural modelling training focused on efficient techniques for large and thin-walled industrial structures, combining theory with workshops.
- Beam Modelling lecture and workshop
- Shell Modelling lecture and workshop
- Mesh Based Connections lecture and workshop
- Total Cost: 450€ per participant
Thermal Runaway and Propagation in Lithium-Ion Cells and Packs - Monday, 9 November 2026
- Date: 9 October 2026
- Event format: Online
- Explore advanced simulation approaches for understanding thermal runaway initiation and propagation in lithium-ion batteries, from individual cells to complete modules and packs.
- 3D simulation of thermal runaway initiation and propagation from cell to module/pack level
- 1- and 4-equation thermal abuse models, coupled with conjugate heat transfer
- Simulation of venting gas release and propagation, with validation against ARC data
- Total Cost: 450€ per participant
Multiphase Simulation for Fluidized Bed Reactors - Friday, 13 November 2026
- Date: 13 November 2026
- Event format: Online
- Learn how Ansys Fluent multiphase models can be used to understand and optimize fluidized bed reactor behavior before physical testing.
- Fluent's Multiphase models can simulate the range from dilute to moderately loaded and dense fluidized transport
- Flow regimes can be recognized and the thermal distribution calculated
- The mixing efficiency and pressure drop of the Fluidized Bed can be characterized before any physical test
- Total Cost: 450€ per participant
Electrical Thermal Management Simulation - Monday, 16 November 2026
- Date: 16 November 2026
- Event format: Online
- Discover simulation techniques for thermal management of electronic systems, including cooling, heat transfer and the identification of potential hot spots.
- Solid–fluid thermal interaction with convective and radiative heat transfer in electronic enclosures (Conjugate Heat Transfer)
- Thermal analysis of electronic cooling systems, including heat sinks and forced-air cooling.
- Conjugate Heat Transfer in electronic enclosures
- Heat conduction and thermal spreading in PCBs to identify and mitigate local hot spots
- Total Cost: 450€ per participant
Thermal Modeling of Heat Exchangers - Friday, 20 November 2026
- Date: 20 November 2026
- Event format: Online
- Learn how Ansys Fluent can provide detailed insight into the thermal and fluid performance of heat exchangers, helping engineers identify performance issues early in the design process.
- Pressure drop, recirculation zones and heat transfer efficiency become available for the whole heat exchanger.
- From traditional shell and tube to modern microchannel heat exchangers, Fluent will provide critical information on their performance.
- Identify thermal bottlenecks and flow distributions early to avoid costly physical redesigns
- Total Cost: 450€ per participant
More info:
- Event format: Online
- Cost: 450€ per participant per day
- More info: To find out more about this training contact us
- Thessaloniki Office: +30 2310 251731, simtec@simtec.gr