In this section

High speed flows and laminar flow control

High-speed & Flow Control research image

Professor Michele Coti Zelati

Personal details
Professor Michele Coti Zelati Professor of Mathematics
Send email

Research interests

Analysis of PDEs, fluid mechanics, infinite-dimensional dynamical systems, stochastic perturbations, turbulence theory.
Dr Shahid Mughal

Personal details
Dr Shahid Mughal Lecturer in Applied Mathematics
Send email

Research interests

Hydrodynamic Instability. Linear and Nonlinear Receptivity. Laminar-Turbulent Boundary Layer Transition Modelling and Flow Control.
Professor Demetrios Papageorgiou

Personal details
Professor Demetrios Papageorgiou Chair in Applied Maths and Mathematical Physics
Send email

Research interests

Free boundary problems; multiphase flows; electrohydrodynamics; surfactant effects; dissipative dynamical systems. High speed flow: high speed droplet impact, multiphase high-speed flows, ice formation, control of complex systems.
Emeritus Professor Anatoly Ruban

Personal details
Emeritus Professor Anatoly Ruban Senior Research Investigator
Send email

Research interests

Theoretical and computational analysis of high Reynolds number flows, incompressible and compressible, with main focus in two areas: laminar-turbulent transition in boundary layer, and boundary-layer separation from a rigid body surface
Dr Andrew Walton

Personal details
Dr Andrew Walton Senior Lecturer
Send email

Research interests

Hydrodynamic stability (both linear & nonlinear); Stability of parallel and nearly-parallel flows. Internal flows; Transition to turbulence in internal and external flows
Prof Xuesong Wu

Personal details
Prof Xuesong Wu Professor of Applied Mathematics
Send email

Research interests

Boundary layer theory; Hydrodynamic instability; Laminar-turbulent transition; Nonlinear waves; Aeroacoustics; Combustion instability