Research Fellows

• Jan Hückelheim (ESR 1 at QMUL)
  Application of AD for unsteady flows
• Mateusz Gugala (ESR 2 at QMUL)
  Multi-fidelity unsteady optimisation
• Siamak Akbarzadeh Lalkami (ESR 3 at QMUL)
  Discrete Adjoint solver based on OpenFOAM
• Giorgos Karpouzas (ESR 4 at ENGYS)
  Topology Optimisation based in OPENFOAM Continuous Adjoint Solver
• George Eleftheriou  (ESR 5 at ESI)
  Discrete Adjoint Solvers and Parallelisation
• Mattia Oriani  (ESR 6 at ESI)
  Discrete unsteady adjoint solver
• Ala Taftaf (ESR 7 at INRIA)
  Source transformation AD tools
• Christos Vezyris (ESR 8 at NTUA)
  OpenFOAM-based continuous adjoint method for aerodynamic optimization of unsteady turbulent flows
• Mehdi Ghavami Nejad (ESR 9 at NTUA)
  Discrete and continuous adjoint methods: GPU-enabled and one-shot adjoints, for unsteady flow optimisation
• Georgios Ntanakas (ESR 10 at RR)
  Regularisation of turbo-machinery flows with unsteady flow separations
• Zahrasadat Dastouri (ESR 11 at RWTH)
  Operator-overloading AD tools, application to ACE+
• Arindam Sen (ESR 12 at RWTH)
  Operator-overloading OpenFOAM
• Nikolaos Magoulas (ESR 13 at VW)
  Application of continuous and discrete adjoint OpenFOAM to unsteady car aerodynamics, Adjoint-based optimisation workflows
• Sheikh Razibul Islam (ESR 14 at WUT)
  Adaptation for unsteady adjoint optimisation