Eliminate Manual Meshing for Faster Heat Exchanger Simulation

Preparing complex, high-performance heat exchanger designs for simulation has traditionally been a manual and time-intensive process. Join the webinar to learn how nTop and SimScale have partnered up to help move from design to high-fidelity simulation in a fraction of the time while maintaining reliability and accuracy of your results.

Webinar Highlights:

• The meshing bottleneck: Why conversions and surface meshing have been the biggest barriers to simulating complex heat exchanger geometries
• Native implicit geometry workflow: How SimScale's immersed boundary method (IBM) works directly with nTop's implicit models without conversion or surface discretization
• Live demonstration: Real-world heat exchanger simulation showing the streamlined workflow from nTop design to SimScale thermal and flow analysis
• Customer success: Insights from engineering teams on how this integration has accelerated their high-performance heat exchanger optimization

Speakers:

Alexander Fischer - Product Manager and Co-founder, SimScale

Brian Sather - Director of Product Marketing, nTop