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Grid-based techniques

		Dr Jethro Akroyd Reynolds-averaged Navier-Stokes moment methods for coupled RANS and population balance modelling
		Dr Neil Arnold Direct numerical simulation
		Prof Holger Babinsky Direct numerical simulation indirect involvement through validation exercises Large-eddy simulation indirect involvement through validation exercises Reynolds-averaged Navier-Stokes indirect involvement through validation exercises
		Prof Jeremy Baumberg Direct numerical simulation finite element method simulations of the nonlinear Schrödinger equation
		Dr Silvana Cardoso Direct numerical simulation porous media with chemical reaction natural convection with chemical reaction
		Prof Mike Cates Direct numerical simulation lattice Boltzmann methods for fluid mixtures, liquid crystals, suspensions
		Dr Alex Copley Direct numerical simulation numerical solutions of Stokes flow
		Dr Otti Croze Direct numerical simulation DNS of swimmers
		Dr Michael Herzog Large-eddy simulation applied ATHAM model to volcanic eruption plumes, biomass burning plumes, aerosol cloud interaction, convection Reynolds-averaged Navier-Stokes tested new parameterisation for convection in ECHAM climate model
		Prof Matthew Juniper Direct numerical simulation DNS in finite difference, finite element, and spectral element codes Reynolds-averaged Navier-Stokes linear stability analysis around Reynolds averaged mean flows
		Dr Dongfang Liang Direct numerical simulation Reynolds-averaged Navier-Stokes
		Dr Alex Routh Direct numerical simulation
		Dr Christopher Tout Direct numerical simulation models of the structure and evolution of stars
		Prof Paul Tucker Direct numerical simulation for an aircraft engine Large-eddy simulation for aircraft engines and aircraft Reynolds-averaged Navier-Stokes wide range of applications - mostly aerospace

Localised element modelling

		Dr Bart Hallmark Finite element modelling license holder of commercial finite-element code, Polyflow, suited to extrusion and moulding simulation and arbitrary flows of complex fluids
		Prof Matthew Juniper Finite element modelling use of FE codes in fluid mechanics
		Dr Ulrich Keyser Finite element modelling
		Dr Dongfang Liang Discrete element modelling Smoothed-particle hydrodynamics
		Dr Alex Routh Finite element modelling
		Dr John Rudge Finite element modelling
		Prof Ian Wilson Finite element modelling coupled solid (soil) mechanics and fluid flow for paste systems

Particle-based methods

		Dr Jethro Akroyd Stochastic numerical methods stochastic methods for population balance modelling
		Dr Mike Bithell Discrete element modelling focused on granular flows Smoothed-particle hydrodynamics in development
		Dr Christopher Tout Smoothed-particle hydrodynamics common envelope evolution in binary stars
		Dr Nathalie Vriend Discrete element modelling DEM models of granular systems
		Prof Ian Wilson Discrete element modelling (in the past)

Approximate

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Grid-based techniques

Direct numerical simulation

Large-eddy simulation

Reynolds-averaged Navier-Stokes

Localised element modelling

Finite element modelling

Discrete vortex modelling

Particle-based methods

Discrete element modelling

Molecular modelling

Smoothed-particle hydrodynamics

Approximate methods

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Physically-based

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