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Field
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structures with recycled aggregates. The full recovery of mineral construction and demolition waste as recycled raw materials for concrete production is a societal goal that is still pending and difficult
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to accurately assess the safety and remaining lifetime of existing structures, taking account of the current state of corrosion and predicting its evolution over time. The corrosion of reinforced concrete
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approaches for fast prediction of material behaviour. You will be primarily based within the Department of Civil and Structural Engineering, which has a long track record of developing innovative computational
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/related disciplines”, specializing in „Concrete technology”, “Building construction design”; and should have academic achievements documented by publications. Requirements Research FieldTechnology
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New stone masonry arch bridges Department of Civil and Structural Engineering PhD Research Project Directly Funded UK Students Dr C Smith, Dr Helen Fairclough, Dr Linwei He Application Deadline
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contacted. Job Requirements • Possess a PhD degree in Civil Engineering or Materials Engineering with demonstrated experience in designing and conducting experiments, performing statistical data analysis
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construction industry, simultaneously achieving CO2 sequestration. Previous experience in concrete sample preparation and assessment, mechanical testing and microstructural characterisation (XRD, TGA, FTIR and
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and industrial partners. They must have completed their thesis for a PhD in Optical Engineering, Optical Instrumentation, Optical Sensors, Electrical/Mechanical Engineering, Physics or a related subject
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team as a Senior Technical Officer, Civil Engineering. Supporting the Structural Engineering Lab , this role is perfect for someone with a trade background seeking a new and exciting position. A
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construction materials and of novel nondestructive evaluation methods for material characterization and health monitoring. Assist Dr. Kim with supervising and mentoring PhD students. Collaborate in