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for high-performance electronics, focusing on heat transfer enhancement, temperature stabilisation, and film boiling suppression. Key Responsibilities: Design and conduct electrically assisted pool-boiling
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of advanced research infrastructure, including synchrotron and neutron facilities or high-magnetic field laboratories For more information and how to apply: https://www.jobbnorge.no/en/available-jobs/job/294603
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The PhD will be hired on the project "Tuning heat-shock memory in plants" funded by the University of Oslo
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philosophy, PFDs, P&IDs, calculations, operation manuals to comply with clients’ requirement To carry out process simulations and develop heat and material balances To carry out hydraulic design for pumps
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(JCNS-1) Project 3: Combined X-ray and neutron single-crystal high-pressure diffraction in diamond anvil cells (JCNS-2) Project 4: Experimental and numerical investigation of the heat flow generated by
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university, with its state-of-the-art campus and infrastructure, has woven a sound academic and research network, and its recruitment process is seeking high-quality academics and professionals in order to
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-flow experiments such as propulsion or combustion systems. Evidence of hands-on experimental capability, including facility operation, instrumentation, and troubleshooting under high-pressure and high-temperature
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project, these metal ions will be yttrium (Y³⁺) and cerium (Ce³⁺) cations. The printed monoliths will then undergo high-temperature thermal treatment to induce the crystallization of cerium-doped yttrium
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excellence of NTU and attracting interest of more industrial collaborators. Key Responsibilities: Develop a new and robust numerical model with lattice Boltzmann method to simulate flow and heat transfer with
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fire with different battery pack features based on conjugate heat transfer (CHT) framework. 3) Developing the model to predict the fire propagation in EVs and PABs by coupling the CFD model and the semi