Dr Eldad Avital
PhD, SMAIAA, SFHEA, CEng, FRAeS

 

Research Group Members

Current PhD Projects

Thesis Title
Computational Investigation of Supersonic Cavity Flows and Passive Controls
Computational study of air disinfection using open and closed UVC system for indoors 1st Supervisor is Dr. Eldad Avital 2nd Supervisor changed to Prof Vassili Toropov Lead Progression Panellist changed to Prof Huasheng Wang Progression Panel Member 1 Dr Eldad Avital
Experimental study into the performance of vertical axis wind turbines
Fluid-Structure Interaction Modelling for Smart Blades of Renewable Energy Turbines
Fluid-Structure Interaction of offshore aquaculture units and particle dynamics for disinfection control
Improving the quality of Drinking Water using Liquid-Solid fluidisation and filtration methods

Past PhD Projects

Thesis TitleYear
Hydrodynamics and Suspended Sediment Transport in Partially Vegetated Channel Flows2021
Aerodynamic performance improvement of vertical axis wind turbines through novel techniques2020
Construction and testing of turbocharger-based micro gas turbine2020
Optimal shape design with automatically differentiated CAD parametrisations2020
Hydrodynamic performance of HAMCTs in steady and unsteady flows2019
Centrifugal compressor design, blade aerodynamics and drag reduction2017
Experimental and Numerical Study of Surface Curvature Effects on the Performance of the Aerofoils Used in Small Wind Turbines2017
Robust and Stable discrete adjoint solver development for shape optimisation of incompressible flows with industrial applications2017
Simulation of stenting urinary systems2017
An investigation into Turbine Blade Tip Leakage Flows at High Speeds2015
Numerical Simulation of a Marine Current Turbine in Turbulent Flow2015
Computational and Experimental Study of Nasal Cavity Airflow Dynamics2012
Numerical investigation of the effect of free-surface flow past submerged bluff and streamlined bodies2012
Experimental Aeroacoustics Study on Jet Noise Reduction Using Tangential Air Injection2011
Computational aeroacoustics study of circular and elliptical jets2007