![]() ![]() The group collaborates with internationally renowned colleagues from many leading international organisations. Within the University, we have strong links with various research groups, including: Our research into heat and fluid flow also involves heat and mass transfer in nanofluids and non-Newtonian fluids.and transport processes in fuel cells and Li-ion batteries. We are developing innovative skin-friction drag reduction and flow-separation control technologies. We have developed super-miniature sensors for turbulence measurements. We also investigate turbulent boundary-layer flows and wall-turbulence. ![]() Our models lead to greener and more efficient power generation devices. We utilise the advancements of high-performance computing to carry out high-fidelity simulations of turbulent reacting and non-reacting flows involving both single phase and multi-phase fluids.įrom this, we develop models for engineering applications. combusting flows) and non-reacting flows. As a group, we are involved in mathematical, experimental and numerical investigations of turbulent reacting (e.g. Our research activities span the broad area of Thermofluid dynamics.įlows occurring in nature or engineering applications are frequently turbulent. Our group carries out a wide range of research work. ![]()
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