Our Graduate Researchers

Research Project Title: Plasticity induced magnetisation losses in energy conversion processes Research Project Summary: Cutting of metallic sheets causes defects, which enhance magnetisation hysteresis and energy conversion losses. The structure defect in crystal can interact with the magnetic domain boundary. The molecular dynamics (MD) simulation can model the microstructure of the defect cores predictively but the magnetism and magnetic domain boundaries are rarely …

Research Project Title: Boundary layers with embedded streamwise vortices Research Project Summary: Boundary layer embedded with streamwise vortices evolves as a secondary flow, which is a prevalent phenomenon in many aerodynamics and hydrodynamic applications. This project will investigate how boundary layer with this perturbation evolve in the downstream direction and respond to the pressure gradient through experimental (high-resolution PIV) and numerical techniques …

Research Project Title: Plasticity induced magnetisation losses in energy conversion processes Research Project Summary: Cutting of metallic sheets causes defects, which enhance magnetisation hysteresis and energy conversion losses. The structure defect in crystal can interact with the magnetic domain boundary. The molecular dynamics (MD) simulation can model the microstructure of the defect cores predictively but the magnetism and magnetic domain boundaries are rarely …

Research Project Title: Boundary layers with embedded streamwise vortices Research Project Summary: Boundary layer embedded with streamwise vortices evolves as a secondary flow, which is a prevalent phenomenon in many aerodynamics and hydrodynamic applications. This project will investigate how boundary layer with this perturbation evolve in the downstream direction and respond to the pressure gradient through experimental (high-resolution PIV) and numerical techniques …