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processes for operational carbon reduction (mitigation) and simulate microclimate interventions to reduce heatwave vulnerability (adaptation). Where to apply Website https://phd.fbk.eu/calls/detail/urban
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) energy storage system for the simulation, analysis, and optimization of its operation within complex energy systems. The model will be used to support predictive energy resource management and the
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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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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Theoretical and computational simulation of defect chemistry in
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) will also be developed to describe the thermomechanical behavior of liquid hydrogen and fluid–structure interactions, enabling fast simulations and design optimization Where to apply E-mail dima
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spectrophotometric and time-resolved optical measurements, Monte Carlo simulations, and numerical solutions of Maxwell's equations. The expected outcomes will advance the fundamental understanding of radiative
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, safety and cooperation in complex production environments. Generative AI techniques for innovative designs, process simulations in distributed infrastructures and predictive analytics will be explored with
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systems, both static and dynamic in space/time. It also studies all processes and methodologies related to pre-analytical and matrix interference stages; it designs and develops materials, instrumentation
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dynamic in space/time. It also studies all processes and methodologies related to pre-analytical and matrix interference stages; it designs and develops materials, instrumentation, (bio)sensors, advanced
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for the simulation of fracture in polymer nanocomposites undergoing large deformations, with particular focus on carbon nanotube-reinforced materials. The objective of the research is to understand the mechanisms