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Scientific Computation Research Group past projects

• Completed EHL work Adaptive software (EPSRC ROPA Grant)
  • Variable timestepping
  • Mesh adaptation
  • Problem Solving Environments
  EPSRC e-Science
  • Grid Optimisation work for EHL
• Free surface flows with surface tension
• Applications of the Discrete Adjoint Method in Computational Fluid Dynamics - more
• Modelling of Thin-Film Flow Over and Around Micro-Structures
• Response-surface based shape-optimisation
• Joint PhD project with SPEME at Leeds.
• 3D finite element methods applied to convection dominated problems on anisotropic meshes
• Visualisation and computational steering
• Multilevel Approach for Obtaining Locally Optimal Finite Element Meshes
• Parallel Domain Decomposition Preconditioners for the Finite Element Solution of Elliptic Problems
• Shallow Water Wave Modelling using Boussinesq Equations
• Biological Morphogenesis, Morphological Evolution and A-life
• Combustion in Microgravity
• Soil venting
• Jet modelling
• Free-jet expansions (with the School of Chemistry)
• Hydraulics -- Harbour flow (with Civil Engineering and Mechanical Engineering)
• Combustion -- Engine knock (with the School of Mechanical Engineering)
• Atmospheric dispersion (with the Department of Fuel and Energy)
• Flow over hills (with the University of Leeds Environment Centre)
• 3D parallel mesh adaptivity (see SPRINT3D)