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Advances in eddy-resolving computational approaches for flow and noise modelling

1 July 2024

Jet, wake, and trailing vortex features of the complex installed jet flow configuration from the GPU-accelerated Large Eddy Simulation: instantaneous vorticity magnitude coloured by the stream-wise vorticity component and a zoomed-in image of the flow in the vicinity of the flap side edge
Jet, wake, and trailing vortex features of the complex installed jet flow configuration from the GPU-accelerated Large Eddy Simulation: instantaneous vorticity magnitude coloured by the stream-wise vorticity component and a zoomed-in image of the flow in the vicinity of the flap side edge

Prof Sergey Karabasov is to give a keynote talk at the GPPS Chania24 Technical Conference for Propulsion and Power Industry in Crete.

Taking place between 4th and 6th September , the Chania24 Technical Conference is poised to provide a unique platform for professionals in both industry and academia to reconnect with peers and stay abreast of the latest advancements in turbomachinery technologies worldwide.

In the talk, Prof Karabasov will detail the experience of Queen Mary researchers in Wall Modelled Large Eddy Simulations accelerated on Graphics Processing Units (GPUs), allowing an order of magnitude acceleration compared to the standard approaches on multi-CPU computer clusters. Simulation examples will include jet, wing, and propeller flow and noise modelling. The high-fidelity flow and acoustic design methods such as developed by Queen Mary researchers could significantly shorten the time of introducing new aircraft to the market.

Contact:Sergey Karabasov
Email:s.karabasov@qmul.ac.uk
Website:https://gpps.global/gpps-chania24/
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