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Field
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for industrial high temperature heat pumps heat exchangers that will consider modern manufacturing methods. This will include the development of multilayer coatings including bonding methods that are able
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of turbo-compressors suitable for industrial high temperature heat pumps (IHTHPs). The focus will be on the gas flow path considering non-ideal gas behaviour and multi-stage arrangements. Computational Fluid
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technical uncertainties in open-loop systems. This PhD project will investigate the interactions between borehole heat exchangers (BHEs)/closed-loop technology and flooded minewater systems, with the aim
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grant. More concretely your work package, for the preparation of a doctorate, contains: You will join the Horizon Europe project EUROASIS (EUROpean Adaptive, Systemic and Inclusive Solutions for heat
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physical presence at the NRC work location identified. The role We are looking for a vibrant and dynamic Junior Researcher to support our High Temperature Materials team within the Aerospace Research Centre
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. Empa is a research institution of the ETH Domain. We are looking for a motivated researcher to join an interdisciplinary project focused on heat stress mitigation across multiple application domains
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of the fundamental processes of mass and heat transfer: conduction, convection, radiation and solute transport (diffusion) 2 - A strong interest in experimental work 3 - Good level of English _Considered an asset_: 1
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. The project is being conducted in partnership with IhydRATE Pty Ltd, an Australian bio-tech company developing Salhy, a non-invasive saliva-based test platform that combines salivary biomarkers with digital
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PEPR website: www.pepr-batteries.fr . Mission You will contribute actively to the development of methods for analysing heat generation of lithium-ion and sodium-ion batteries. Main activities
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is seeking a PhD student to join an ongoing Royal Society–Research Ireland University Research Fellowship project focused on Machine Learning for the Design of Additively Manufactured Two-Phase Heat