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James Kermode's Research Group

Current group members

  • Dr James Kermode (PI). James' principal research interests are in the development of multiscale materials modelling algorithms and the software that implements them. His work applies this parameter-free modelling to make quantitative predictions of "chemomechanical" materials processes such as fracture and dislocation motion.
Postdocs
PhD Students
  • Punit Patel (PhD Student, October 2015-). Punit's PhD project has the ultimate aim of using atomistic simulations to add uncertainty quantification capabilities to continuum crack growth models.
  • Stela Makri (PhD Student, October 2015-). Stela's PhD project is focussed on numerical analysis of transitition state search methods for rare events. She is co-supervised by Prof. Christoph Ortner in Mathematics.
Project Students
  • Zhihua Song (BEng Project Student 2016-17; URSS placement Summer 2017). Zhihua's project involves modelling defects in Ni-based superalloys with density functional theory.

See also the Warwick Centre for Predictive Modelling People pages

    Former group members

    • Sebastian Potthoff (CSC MSc Student 2015/16). Sebastian's Centre for Scientific Computing MSc project involves the development of efficient transitition state search algorithms for use in electronic structure codes.
    • Harry Tunstall (Chemistry, Materials GRP summer scholarship 2016). Harry worked on uncertainty quantification for kinetic models of surface defects and catalysis, co-supervised by Dr Scott Habershon.
    • Avantika Jhanji (School of Engineering, Materials GRP summer scholarship 2015). Avantika worked on atomistic modelling of graphene/polymer nanocomposite fracture, co-supervised by Dr Lukasz Figiel.
    • John Woolley (Department of Physics, Materials GRP summer scholarship 2015). John's project designed and tested preconditioners to speed up atomistic calculations, co-supervised by Dr David Quigley in Physics and Prof. Christoph Ortner in Mathematics.
    • David Lees (BEng Project Student, 2015/16). David's project, Multiscale Materials Modelling for Silicon devices, was focussed on computing defect migration rates using quantum and classical atomistic methods.
    • Ascanio Macchi di Cellere (BEng Project Student 2015/16). Ascanio's project on uncertainty quantification for structural models of nano-composites was co-supervised by Dr Lukasz Figiel from the Nanocomposites Modelling Group in WMG.