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through comparison of theoretical, numerical, and experimental results. 6.Data analysis, preparation of scientific publications, and dissemination of research Where to apply Website https
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activity concerns the development and validation of advanced numerical models for multiphysics simulations of high-pressure combustion, with space propulsion and Liquid Rocket Engines (LRE) as reference
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activity concerns the development and application of advanced numerical models for the combustion of carbon-free fuels, with particular reference to hydrogen-based fuels for aerospace propulsion and power
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approach combines structural, thermal, and fluid dynamic models to assess system performance and safety under representative flight and taxiing operating conditions. High-fidelity numerical models based
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diagnosis and safety assessment of infrastructures. The research aims to integrate advanced numerical models, any available experimental data and information on the asset, with specific attention to nonlinear
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to apply Website https://www.dfa.unipd.it/ Requirements Additional Information Eligibility criteria ● Primordial universe cosmology; ● Cosmological perturbation theory; ● Compact object physics and
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guide the design of a prototype. Finally, an experimental campaign will be carried out to evaluate the prototype’s performance and validate the numerical tools developed. Where to apply Website https
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between Numerical Analysis and Machine Learning, with a focus on physics-informed machine learning. The goal is to design learning strategies that incorporate the structure of the physical laws governing
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the MUSA project and designed to ensure computational times compatible with long-term analysis. Where to apply Website https://aunicalogin.polimi.it/aunicalogin/getservizio.xml?id_servizio=1079 Requirements
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of the existing prototype, the experimental characterization of its performance, and the development of numerical models to analyze the system behavior under dynamic operating conditions. The results