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from bulk structures (e.g., Materials Project entries), automatically construct surface slabs, and create targeted compositional variants and vacancy configurations. You will implement and refine post
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This opportunity adds to the portfolio of projects within the new CDT for Innovation for Sustainable Composites Engineering launched in 2024: https://www.bristol.ac.uk/composites
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populations to understand genetic diversity, evolutionary processes, and population dynamics that shape the genomic composition of species. Applicants should demonstrate strong expertise in analyzing population
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of wind turbine blades and wind turbines, and LMAT, a specialist SME in composites process modelling. The project focuses on the design, manufacture and performance of next-generation wind turbine blades
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Materials Science, Characterisation Materials Science, Defence Composite Materials, Functional Composite Materials, Energy, Nanomaterials, Low Dimensional Materials, Biomaterials Materials, Biological
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not limited to nutrient timing, hydration, recovery, food allergies, eating disorders/disordered eating, nutrient deficiencies, dietary supplements, body composition, and healing from injury. Assist
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. Background in CAD/CAE, structural design, or composite materials. Practical experience in additive manufacturing or mechanical testing is an advantage. Autonomous, organized, and motivated to work within a
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composite design, processing and testing. You will help to lead and support a team of engineers, scientists and technicians in the strategic direction and delivery of multiple concurrent composite and polymer
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at presenting exemplary configurations of that legacy. A theoretical and analytical focus on the compositional use of cinematic expressive elements (editing, colour, sound, etc.), and more generally on the work
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natural fibres and bio-resins, combining renewable materials with advanced processing and computer-aided design/simulation. The research aims to create high-performance, sustainable composites with tailored