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thermodynamic framework; Algorithm development for the numerical resolution of the resulting systems; Numerical simulations and validation of the proposed models. The model will be formulated in terms of gradient
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combined approach using numerical modeling and environmental metrology Key words: simulation, modeling, partial differential equations, hydraulics, inverse problem, sediment transport, peri-urban catchment
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Corrosion aspects will be addressed. This research combines experimental work, damage analyses (crack initiation and wear), and numerical simulations (FEM, Abaqus). The PhD will be conducted under joint
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mechanics, FEA modeling, and integrity assessment of pipelines under environmental loads Duration: 6 months Maximum Duration Including Renewals: 12 months Objectives Numerical simulation of pipeline stress
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Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Numerical analysis and simulation for the complex
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thermomécanique • Programmation de matériaux utilisateur dans AbaqusThe candidate must hold a Master's degree in mechanical engineering with expertise in physical metallurgy and numerical simulation • Strong
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for preparing non-classical states. During this primarily experimental project, the candidate may need to perform theoretical developments in quantum optomechanics and numerical simulations based
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Numerical Study of Soil Remediation by Thermal Desorption with a Focus on Industrial Decarbonization
: Engineer or Master’s degree (M2) in thermal/fluid engineering or process engineering. Desired Skills: Proficiency in numerical flow simulation tools (Ansys Fluent or equivalent) Strong data analysis and
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. Job Description: Two postdoctoral researcher positions are available in the laboratory of Dr. Sarah Kim (https://pharmacy.ufl.edu/profile/kim-sarah/) to apply modeling and simulation approaches
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-scale simulations from the PEPR BRIDGES Conduct sensitivity studies based on simulations in which the coupling between the ocean, the atmosphere and waves will be gradually degraded (as done e.g., by