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Researcher Details
 
Name: Professor ND Sandham
Organisation: University of Southampton
Department: Sch of Engineering
Current EPSRC-Supported Research Topics:
Aerodynamics Continuum Mechanics
Fluid Dynamics

Current EPSRC Support
EP/R037167/1 Extending the buffet envelope: step change in data quantity and quality of analysis(P)
EP/R029326/1 UK Turbulence Consortium(C)
EP/P009638/1 Surface-specific Moody-diagrams: A new paradigm to predict drag penalty of realistic rough surfaces with applications to maritime transport(C)
EP/N032152/1 UK Fluids Network(P)
EP/P000878/1 Transpiration Cooling Systems for Jet Engine Turbines and Hypersonic Flight(C)
Previous EPSRC Support
EP/M022692/1 Unsteady aerodynamics of wings in extreme conditions(P)
EP/J016381/2 Thermal and Reactive Flow Simulation on High-End Computers(C)
EP/K038567/1 Future-proof massively-parallel execution of multi-block applications(P)
EP/L000261/1 UK Turbulence Consortium(P)
EP/J016381/1 Thermal and Reactive Flow Simulation on High-End Computers(C)
EP/I032576/1 Ab initio hydrodynamic rough surface characterisation with applications(P)
EP/G058318/1 Engineering of surfaces for drag reduction in water with validation using computational and experimental methods(P)
EP/G069581/1 UK Turbulence Consortium(C)
EP/F011016/1 Next Generation of SBLI Code(P)
EP/E032028/1 Jet noise from instability mode interactions(P)
EP/F005954/1 Supercomputing Resources and Support for the UK Applied Aerodynamics Consortium 2 (2007-2010)(C)
EP/D044073/1 UK Turbulence Consortium(C)
GR/S82947/01 PLATFORM: Turbulence Platform(C)
GR/R64957/01 UK Turbulence Consortium.(P)
GR/R46151/01 Computational Aeroacoustics for Turbulent Plane Jets(P)
GR/M85241/01 NUMERICAL SIMULATION OF FLOW OVER A ROUGH BED(C)
GR/M84336/01 DARP: SHOCK BOUNDARY LAYER INTERACTION: DIRECT SIMULATION & EXPERIMENT(P)
GR/M38865/01 ROPA: SOUND RADIATION FROM WALL-BOUNDED TURBULENT FLOW(P)
GR/M31187/01 ANALYSIS AND MODELLING OF NEAR-WALL TURBULENCE FOR HIGH-REYNOLDS-NUMBER LARGE-EDDY SIMULATIONS(C)
GR/M21546/01 COMPUTATIONAL AERODYNAMICS USING DNS(P)
GR/L18570/02 DIRECT NUMERICAL SIMULATION & MODELLING OF TURBULANCE IN TRAILING-EDGE FLOWS(P)
GR/M08424/02 UK TURBULENCE CONSORTIUM(P)
GR/M08424/01 UK TURBULENCE CONSORTIUM(P)
GR/L56237/01 DNS-BASED SUBGRID-SCALE MODELLING FOR LARGE-EDDY SIMULATION OF COMPRESSIBLE FLOW(C)
GR/L18570/01 DIRECT NUMERICAL SIMULATION & MODELLING OF TURBULANCE IN TRAILING-EDGE FLOWS(P)
GR/K93761/01 SUPERCOMPUTER TIME FOR TWO DIRECT NUMERICAL SIMULATION PROJECTS(C)
GR/J13519/01 ON THE RECEPTIVITY OF A LAMINAR SEPARATION BUBBLE TO ACOUSTIC NOISE(C)
GR/H40518/01 NUMERICAL SIMULATION OF TRANSITION TO TURBULENCE IN A COMPRESSIBLE JET FLOW(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator