Fast and reliable CFD simulation of a plate counterflow heat exchanger
ON-DEMAND WEBINAR
Predicting performance of heat exchangers can be a challenging task. Simplified methods such as the NTU (Number Tranfer Units) method cannot be used without making a series of assumptions first. The use of CFD allows for a much more in-depth and accurate analysis of the flow details. Omnis™ offers a straightforward, easy-to-use mesh and simulation set-up for the analysis of this type of problem.
With Omnis™/Hexpress different regions of the flow can be meshed with surface-to-volume or volume-to-surface techniques, exploiting the advantages of both.
Omnis™/Open-PBS offers a reliable and easy-to-use simulation environment with dedicated co-and post-processing capabilities for Conjugate Heat Transfer (CHT) simulation involving several fluid and solid blocks.
Discover how Cadence's Omnis™ helps in the development of heat exchangers with fast and reliable results. The webinar will present the meshing and simulation of a plate counterflow heat exchanger.
DURING THIS WEBINAR YOU WILL LEARN ABOUT
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Multi-domain meshing, coupling surface-to-volume and volume-to-surface approaches
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Conjugate Heat Transfer simulation with Omnis™/Open-PBS
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Anne-Marie is Sr CFD Marketing Manager at Cadence. Before joining Cadence in 2021, she was the Head of Marketing at Numeca International until it was acquired by Cadence. Earlier in her career she held various roles in the automotive and ICT industries, based in Belgium and Spain.