Research topics
PhD, MPhil, MSc
by research and EngD topics
currently available, listed in Supervisor order.
Supervisor: Dr Robert Prosser
Supervisor: Prof Ali Turan
- Computational Aerothermal Analysis of Particular Laden Flows in Turbomachinery (PhD)
- Novel Scramjet Propulsion Cycle Design and Development using Oblique Detonation Wave Scramjet concepts (PhD)
- Plasma Physics including Solution of Boltzmann equation using Direct Simulation Monte Carlo Methodology for Rarefied Flows (PhD)
- Hypersonic Flow Analyses including Hypersonic Boundary Layer Transition (PhD)
- Critical Review and Assessment of Deflagration to Detonation Transition (DDT) Models and Identification of Basic Research Elements (MSc by research)
- Reacting Lattice Boltzmann Computational Methodology Development for Fuel Cell Electrode Design and Analysis (PhD)
- Generalized Immersed Boundary/Interface Algorithm Development for Generic Fluid/Structure Interaction Prediction (PhD)
- Computational Design and Development of Microthrusters for miro/nano/pico satellites (PhD)
- Comprehensive Aerothermal Numerical Methodology Development for Micro/Nano Channel Performance Predictions for Biomedical and Engineering Applications (PhD)
- Modelling of Cerebral Aneurysms Using Immersed Boundary Methods (PhD)
- Physicochemical Model Development for Electrospray Processes (PhD)
- Computational Analysis and Remediation of Water Flooding Problem in PEM Fuel Cells (PhD)
- Coupled Neutron Transport and LES Thermal Hydraulics Methodolgy Development (PhD)
- Refined Multiphase Fow Modelling for Thermal Hydraulics Including Detailed LOCA Scenarios (PhD)
- Computational Design and Development of a Thermoacoustic Refrigeration System (PhD)
- Thermoacoustic Technologies for Electricity Generation in Small Scale Incineration and CHP Units (PhD)
- Combustion Synthesized Nao/Micro Particulates: A Physicochemical/Population Balance Modelling Approach (PhD)
- Computational Fluid Dynamic Modelling of Intracranial Aneurysms (PhD)
Supervisor: Dr Sergei Utyuzhnikov
- Development of wall functions for LES in turbulence modelling (MSc by research)