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Researcher Details
 
Name: Professor FT Smith
Organisation: UCL
Department: Mathematics
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/K011839/1 RCUK CENTRE for ENERGY EPIDEMIOLOGY (CEE): the study of energy demand in a population.(C)
EP/J500926/1 The LTCC(P)
EP/H051112/1 People, Energy and Buildings: Distribution, Diversity and Dynamics (PEB:D3)(C)
EP/H02185X/1 ENFOLD-ing - Explaining, Modelling, and Forecasting Global Dynamics(C)
EP/E045413/1 WORKSHOP: Multiscaled Mathematics in Defence Research and its Spinoffs(P)
EP/E504485/1 London taught course centre for PhD students in the mathematical sciences(P)
EP/D069335/1 Air and surface effects on water droplet impact /MATHEMATICS-FOR-BUSINESS CALL(P)
GR/T22148/01 Evolution of violent flows(P)
GR/S09418/01 Cerebral networks with AVMs(P)
GR/S35394/01 Theory and Computation in Unsteady Flow Modelling(P)
GR/R91939/01 FARADAY FAST TRACK PROPOSAL: DROPLET IMPACT ON WATER LAYERS(P)
GR/R40135/01 Combining Computation and Theory for Medium-Rate Shear Flows(P)
GR/N37551/01 MATHEMATICAL THEORY OF INTERNAL ICING(C)
GR/M94946/01 THREE-DIMENSIONAL AND UNSTEADY SEPARATIONS: COMPUTATIONS, THEORY AND COMPARISONS(P)
GR/K67281/01 BLADE-WAKE INTERACTIONS IN ROTARY FLOWS(P)
GR/J22481/01 SWIRL AND CROSS-FLOW TRANSITIONS(C)
GR/J56752/01 COMPUTATIONS FOR STALL AND TRANSITION(P)
GR/J25048/01 INTERNAL DYNAMICS OF TRANSITIONAL/TURBULENT BOUNDARY LAYERS(P)
GR/J37942/01 COMPUTATIONAL TECHNIQUES IN AERODYNAMICS AND GEOPHYSICAL FLUID DYNAMICS(C)
GR/H76807/01 THEORY AND EXPERIMENTS ON NONLINEAR SPOTS(P)
GR/H08167/01 SUPPORT FOR COMPUTATIONAL FLUID DYNAMICS COMPUTATIONAL SCIENCE INIATIVE(C)
GR/G38092/01 HYPERSONIC INTERNAL FLOWS AND TRANSITION.(P)
GR/F73113/01 HYPERSONIC INTERACTIONS ON THICK BODIES AND COOL/HOT SURFACES (SERC/MOD)(P)
GR/F34077/01 THEORY AND COMPUTATION ON COMPRESSIBLE BOUNDARY-LAYER TRANSITION(P)
GR/F41488/01 SUPPORT FOR COMPUTATIONAL FLUID DYNAMICS(C)
GR/E53101/01 UNSTEADY EULER FLOWS AND VISCOUS EFFECTS-NONLINEAR SYSTEMS(P)
GR/E26464/01 VISCOUS-INVISCID HYPERSONIC INTERNAL FLOW -- MOD/SERC(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator