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analysis of high-temperature receivers and reactors for the production of energy, fuels, and process heat. Modelling and analysis of heat transfer, radiation, and fluid flow in high-temperature single- and
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hand, enhancing the turbulent fluxes within the wall-bounded region, is generally beneficial for the heat transfer. Thus, in the case of heat exchangers, a balance need to be found between drag-induced
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. The study will include a detailed evaluation of geometric and material parameters influencing charging and discharging performance to identify configurations that maximise energy efficiency and heat-transfer
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. Cooperation with industrial and academic partners is planned, both nationally and internationally. Candidates must have documented background and interest in thermodynamics, heat transfer, and experimental
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. INTENDED DATE OF DEPUTY EMPLOYMENT: Immediate. TASKS TO BE CARRIED OUT: Support for carrying out numerical simulations of heat transfer processes with phase change in encapsulated systems, preparation
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in the field of energy / thermal enginnering / Chemical engineering. The expected skills are: - The Knowledge of energy systems, heat and mass transfers is required. - The Knowledge of thermochemical
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, and heterogeneous nucleation The focus will be on relating intermolecular interactions within the fluid and between the fluid and the solid surface to macroscopic phenomena like the heat transfer in
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of Academic Europe in your application. Where to apply Website https://www.academiceurope.com/ads/phd-thesis-innovative-waste-heat-upgrade-for… Requirements Research FieldEngineering » OtherEducation
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to optimise built-environment thermodynamics and occupant comfort by creating predictive AI tools for spatiotemporal heat transfer. Machine learning algorithms will identify energy inefficiencies and propose
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). The detailed tasks are to: Quantify the contribution and effects of radiative heat transfer under engine-like conditions, and propose an accurate, computationally efficient gas radiation models suitable for CFD