High-speed PIV around the tip of a DORC vitrectomy cutter powered by an EVA NEXUS machine used in eye surgery: 25G cutter, 13 ml/min operating at 16k cuts per minute. Velocity field captured every 0.5 ms with spatial resolution of 53 microns. Research funded by DORC.
Our latest round of microfab, for our recently patented MEMS wall-shear stress sensors, is nearly complete for use in the EPSRC funded EnAble project. Working in collaboration with incompact3d.
Optimisation and Analysis of Streamwise-Varying Wall - Normal Blowing in a Turbulent Boundary Layer. EPSRC funded EnAble project, and The Centre for Doctoral Training in Cloud Computing for Big Data, Newcastle University. All in collaboration with incompact3d and supported by Airbus.
Read here: https://rdcu.be/c8cX2
Read here: https://rdcu.be/c8cX2
Introducing NUBO, a transparent Python package for Bayesian optimisation! NUBO is directed at researchers from all disciplines and makes it easy to optimise physical experiments and computer simulations by focusing primarily on transparency user experience https://rb.gy/4xs3p
Velocity measurements across the new drag reduction actuation system for the EPSRC-funded EnAble project. Drag reduction experiments in NU’s wind tunnel with our newly developed machine-learning framework http://nubopy.com in collaboration with @incompact3d
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Dr Richard Whalley
School of Engineering, Newcastle University, UK
School of Engineering, Newcastle University, UK