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) and Gallium Nitride (GaN) technologies. Significant* experience in systems-level electrical, mechanical, and thermal interfaces optimization to meet performance, cost, and manufacturability targets
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of the microstructures and thermal-mechanical properties of advanced high-temperature materials. The Junior Researcher works in a team environment with researchers and technical experts in world-class facilities
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high-performance applications. The project brings together materials science, powder technology, additive manufacturing, and data science. Silicon carbide is widely used in demanding thermal, structural
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-linking density; • to evaluate the thermal, mechanical and adhesion properties of materials; • to study inhibition phenomena, particularly those related to oxygen and interfaces; • to analyse
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to grouted BHEs, ii) the influence of minewater circulation on thermal efficiency and heat plume evolution; iii) predicting flow pathways in a real-world case study emulating a system with high throughflow
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affects heat and mass transfer, and how surface design can improve the efficiency of the process. As a PhD candidate in the Thermal Conversion and Storage group at the University of Twente, you will
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, additive manufacturing, and data science. Silicon carbide is widely used in demanding thermal, structural, and electronic applications, yet its production is energy-intensive and relies on global supply
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Laboratory provides an advanced thermal–vacuum facility that enables environmental testing of complete satellites and subsystems under simulated space conditions. This includes vacuum, thermal cycling, thermal
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Nuclear thermal hydraulics, solar energy, zero carbon systems, energy storage and bio-medical engineering Choose your research project You are invited to contact a member of staff in the Department
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: Develop and validate physics-based, data-driven, or hybrid digital twins of Electrolysis systems, capturing their electrochemical, thermal, flow, and system-level behaviour for system monitoring, state