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model the candidate will perform a set of numerical models of an orogen testing the impact of the inherited extensional deformation on (i) the sediment routing systems and associated sediment volumes
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theoretical and numerical models to describe, understand and exploit the physical phenomena associated with these dynamic interfaces. The successful candidate will work at the interface between theoretical
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consistent models and their integration into numerical simulation tools coupled with boundary value problem solvers (e.g. finite element-based frameworks). A significant part of the work will focus
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the superfluid-to-insulator transition, random quantum circuits, and the effects of quantum measurements. -Develop theoretical models and analyses of disordered quantum systems. -Perform numerical simulations and
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scale and the sample scale. - Establish links between microstructure and mechanical properties, by combining experimental and numerical approaches, with the aim of optimizing material performance. Within
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research tasks, using both analytical and numerical methods, contributing to numerical validation of analytical predictions where relevant; (b) write up results for publication and present them at group
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numerical simulations and analytical calculations, (iii) data analysis by programming, e.g. python and matlab, (iv) help and guide of Ph.D students in the team, (v) writing research reports, publishing
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, astronomy or related subject by the time of the appointment. We encourage applications from candidates with strong expertise in modeling or numerical simulations. The manipulation of state-of-the-art models
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design. • Expertise in numerical modelling, simulation, and process optimization. • Proficiency in MATLAB and/or Aspen Plus; experience with process simulation and model integration is highly desirable
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of this research project is to develop a quasi-atomic-scale 3D model of PEDOT:PSS fibres (a pi-conjugated, semiconducting polymer) dispersed in water. This polymer complex is a benchmark in numerous fields of energy