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Scientific Computation Research Group projects


In the Scientific Computation group we are working on a wide variety of projects concerning the computational solution of Partial Differential Equations. These are a mixture of research council funded PhD and post-doctoral research projects and industrially funded consultancy work. Often this work involves collaboration with other departments within the University of Leeds, with research groups from other universities, both UK and abroad, and with industrial partners through consultancy contracts or student research funding through EPSRC CASE Awards.

Future projects

A list of potential projects for PhD students is available. If you are interested in these,
or related, research areas please contact one of us for more information.

Current projects

EHL picture Elastohydrodynamic lubrication
  • Adaptive discontinuous Galerkin finite element methods for EHL - more
  • Distributed parallel solution of the point contact EHL problem - more
  • Adjoint error estimation for EHL - more
Skin
  • Adaptive 3-d finite element modelling of chemical diffusion through the stratum corneum - more
  • HPC Software for modelling chemical diffusion through skin membranes - more
Skin-like geometry
MuPP2 comparison Non-Newtonian Polymer Modelling
  • MuPP2 - Microscale polymer processing - more
Phase field modelling
  • A Projected Multigrid Method for the Solution of Non-Linear Finite Element Problems on Adaptively Refined Grids - more
  • A Phase-Field Model for Simulating the Coupled Thermal-Chemical Solidification of Alloys - more
  • Multi-Phase-Field Modelling for Solidification of Alloys - more
  • Phase-Field Software for the Quantitative Prediction of Coupled Thermal-Chemical Alloy Solidification - more
Phase-field picture
Dropping droplet Mesh movement
  • Scale Invariant Moving Mesh Finite Elements for Multidimensional Nonlinear Partial Differential Equations - more
  • Moving mesh finite element methods for PDEs with moving boundaries - more
Parallel software
  • Self-Adapting Software for Grid-Based Numerical Simulation - more
Grid partitioning
Fluctuation splitting schemes Fluctuation splitting
  • High Order Fluctuation Splitting Schemes for Time Dependent Applications - more
Geophysics
  • Why does the Earth's magnetic field reverse, and what causes Superchrons? - more
Random apple

Recent and Completed Projects


School of Computing, University of Leeds