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This PhD position at Cranfield University focuses on the study and development of power generation systems utilizing supercritical CO2 (sCO2) as the working fluid. Supercritical CO2 cycles offer significant advantages over traditional gas and steam turbine power plants, including higher efficiency and potentially lower environmental impact due to the unique thermophysical properties of sCO2. The research will likely involve advanced thermodynamic analysis, system modeling, and possibly experimental work to optimize sCO2-based power cycles. Cranfield University is renowned for its engineering and technology research, providing an excellent environment for doctoral studies in energy systems. Funding and specific eligibility requirements are not detailed in the current description. Interested candidates are encouraged to seek further information from the university or the relevant department.

This PhD project at Cranfield University focuses on investigating the microstructural evolution and mechanical behaviour of laser-sintered lunar regolith. The research aims to understand how lunar regolith, when processed using laser sintering techniques, changes in its internal structure and how these changes affect its mechanical properties. The project is supervised by Dr. Ye Li, who specializes in materials science and engineering. Students will engage in experimental work involving laser processing of regolith simulants, advanced microstructural characterization, and mechanical testing to evaluate the suitability of laser-sintered regolith for potential applications in space exploration and construction. The project is ideal for candidates interested in materials science, additive manufacturing, and planetary engineering. Funding details and specific entry requirements are not provided in the current description. Interested applicants should consult Cranfield University's official channels for further information about application procedures and eligibility criteria.