Flow Science Lab |
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Opportunities:
The topics we are most interested in include (but are not limited to):
(1) Fluid-structure interaction involving structure damage (numerical methods & their applications);
(2) Fluid-structure-acoustics interaction with applications in bio-inspired flapping wings & phonation;
(3) Fluid-structure interaction of surgically changed arteries;
(4) Turbulent boundary layer with flexible structures;
(5) IB-LES/RANS-LBM for fluid-structure interactions in heat transfer and bushfire with AI;
(6) Flow instabilities, control and optimisation over flapping foils;
(7) Fluid-structure interaction and stability analysis of supersonic and hypersonic flows;
(8) IB-LBM modelling of mechano-chemical fluid-structure interaction;
(9) IB-LBM modelling of thermal fluid-structure interaction;
(10) AI assisted fluid dynamics and smart fluid-structure interaction;
(11) Fluid dynamics of Sports (e.g. cycling, swimming, archery, sailing and rowing);
(12) Fluid-structure interaction and multicomponent mass transfer;
(13) Fluid-structure interaction and acoustics in rarefied gas flows;
(14) Global stability analysis of FSI and TFSI;
(15) Quantum computing in computational fluid dynamics.
Scholarships of $35,000 (AUD) are available for PhD students who achieved H1/High Distinction in their UG program and/or have completed a Masters by Research. If you are interested, contact me at fangbao.tian@unsw.edu.au.