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Engineering, University of Montpellier / CNRS). This position offers a multidisciplinary environment combining structural mechanics, numerical modeling, aerodynamics, and automation, in collaboration with LIRMM
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materials, supported by an NSF CMMI CDS&E award and industry-sponsored projects. The primary function of the position is to develop and cross-validate the experimental and numerical platforms of the mechanics
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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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quantitative field. Good scientific programming skills, particularly in Python, are required. Experience with atmospheric dynamics, numerical modelling, machine learning, or large meteorological datasets would
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, provenance and research data management. EUROfusion or ITER software environments. Numerical modelling of plasma transport, equilibrium, turbulence, MHD, heating and current drive, or plasma-material
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of the giant planets of the solar system, Jupiter and Saturn. Carry out proof of concept tests of new numerical schemes for the development of a SW model. To refine the current Shallow Water (SW) model
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Hydraulics. Our team, the Coastal Engineering Research Group at Ghent University, leads the hydrodynamics component of the project through numerical modelling, wave-flume experiments and field measurements
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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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understanding how climate change weakens snow and ice. Combining analytical, numerical, and experimental methods, the project will improve predictions of material failure and avalanche risk, contributing to more
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? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The project aims to develop and apply a multiscale 0D-1D cardiovascular model