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ProfessorMark Wenman

Professor in Nuclear Materials

Department of Materials - Faculty of Engineering

Orcid identifier0000-0001-9032-1091 (opens in a new tab)⁠
  • Professor in Nuclear Materials
    Department of Materials - Faculty of Engineering
  • 020 7594 6763 (Work)
  • B301a, Royal School of Mines, South Kensington Campus, United Kingdom

PROFESSIONAL ACTIVITIES

  • COLLABORATION
    Imperial College London
    1 Jan 2010
    Dr Mark Wenman of Materials, Dr Daniel Balint of Mechanical Engineering - Suprvisions of TSM-CDT PhD project on delayed hydride cracking in zirconium
  • COLLABORATION
    Max Planck Institute for steel research
    1 Jan 2010
    Professor Joerg Neugebauer; Dr Roman Nazarov - Calculation of elastic dipole tensor for hydrogen in zirconium using density functional theory. Part of the TSM-CDT PhD project of Jassel Majevadia.
  • RESEARCH STUDENT SUPERVISION
    Atomic scale modelling of hydrogen pick-up in zirconium alloys
    Bell B
  • RESEARCH STUDENT SUPERVISION
    Characteristation and modelling of Cl-induced SCC in cold worked 304L stainless steel
    Scatigno GG
  • EXTERNAL COMMITTEE
    Core materials Working Group
  • RESEARCH STUDENT SUPERVISION
    Finite element modelling of pellet-cladding interactions in nuclear fuel
    Haynes T
  • COLLABORATION
    Institute for transuranium elements
    Paul van Ufflen - Nuclear fuel performance
  • EXTERNAL COMMITTEE
    Jules Horowitz Reactor: Fuels Working Group
  • RESEARCH STUDENT SUPERVISION
    Modelling of delayed hydride cracking
    Patel M
  • EXTERNAL COMMITTEE
    Nuclear Academic and Industrial Liasion Society (NAILS)
  • COLLABORATION
    Nuclear Department at HMS Sultan
    MoD - Atomic scale modelling of hydrogen embrittlement of zirconium alloy fuel claddings, Stress corrosion of stainless steels
  • RESEARCH STAFF
    Soleiman Fallah A
    Combined Peridynamics and finite element modelling for nuclear applications
  • EXTERNAL COMMITTEE
    Technical Advisory Group on Structural Integrity - sub committee on radiation damage
  • RESEARCH STUDENT SUPERVISION
    Thermal conductivity of nuclear fuel by laser flash
    Tsvetoslav P
  • COLLABORATION
    Westinghouse, Rolls-Royce, EDF, NNL, AMEC, Studsvik, Manchester University, Oxford University, Penn State, Chalmers University - MUZIC-2 (mechanistic understanding in Zirconium Corrosion) :Hydrogen pick-up mechanisms of zirconium alloys