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conditions and validate the developed models. Candidate Profile: We are looking for a candidate with a background in numerical simulation, who is also interested in learning experimental electrochemistry
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the development of tools for the continuous simulation of powder flows, similar to what we know how to do in fluid mechanics. Recent progress in the description of the behavioural laws of granular media suggests
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development of thermo-hydro-mechanical and chemical models (THMC) to simulate the circulation of fluids and their interaction with the surrounding rocks to reconstruct the concentration processes of metals
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conditions; (ii) for the development of simplified models for the key combustion and sound-generation processes; (iii) for the validation of high-fidelity numerical simulations performed as part of a second
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engineering of non-equilibrium cold plasmas, as well as environmental and biomedical applications, via fundamental studies ranging from basic data to the multi-physics simulation of discharges and reactors and
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suppression, dosage compensation) will be addressed. These models will build on the recent development of chromosome-scale simulations developed for the study of sex chromosomes (2–5). References: 1. N. O
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Study: In this phase, the research will focus on modeling and implementing a communication structure at the leg-level of the MMC. This involves designing, simulating, and experimenting with the initial