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sequestered concrete materials. The role will focus on research and development of new materials related to the project. Key Responsibilities: The RF will be responsible for new carbon materials enhanced
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concrete materials. The role will focus on research and development of new materials related to the project. Key Responsibilities: The RF will be responsible for new carbon materials enhanced concrete
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proper operation and maintenance of equipment. Any adhoc duties assigned. Job Requirements Master’s degree in Materials Science (Cement and Concrete), Civil Engineering, or a related discipline
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apply together to develop the following research project : Development of a reverse-engineering methodology to formulate concretes in case of extended lifetime infrastructure This postdoctoral position is
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in the School of Civil and Environmental Engineering (CEE) and conduct research on digital manufacturing strategies for construction, with a particular focus on 3D concrete printing and architected
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to develop the following research project : Reverse-engineered concrete formulations to evaluate the risk of Alkali-Silica Reaction in case of extended life Nuclear Power Plant This postdoctoral position is
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Novel Fibre Reinforced Polymer–Steel–Concrete Transition Structures for Offshore Wind Turbines (FRESCO) is a new research project funded by the Supergen Offshore Renewable Energy Hub. It aims
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concrete chemistry, reinforced concrete structures, computational and solid mechanics. Preferred Qualifications: Strong analytical skills are beneficial, including but not limited to SEM, TEM, XRD, TGA, FITR
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focusing on the project awarded by Switch to Net Zero Buildings PBIAA grant funded by the UKRI EPSRC, on the development of sustainable building mortar, brick, block and concrete using materials recovered
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Research Infrastructure? No Offer Description Novel Fibre Reinforced Polymer–Steel–Concrete Transition Structures for Offshore Wind Turbines (FRESCO) is a new research project funded by the Supergen Offshore