46 structures "https:" "https:" "https:" "https:" "https:" "https:" "https:" "Imperial College London" scholarships at University of Nottingham
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withstand ultra-high temperature (UHT) conditions while maintaining structural integrity and functional performance. The PhD Project This exciting research project is actively seeking ultra-high temperature
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physiology, root biology or plant–environment interactions. • Experimental approaches to studying internal plant environments or spatially structured biological processes. • Imaging, sensor-based measurements
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researchers to focus on the structural integrity issues of materials used in high-temperature power plant applications. How to apply To apply, please email your CV and supporting statement to Chris Hyde
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engineering, structural, aerodynamic & manufacturing process modelling and optimisation techniques that will transform current design & development practices. Together we will make technological advances
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of calculations on a hardware architecture that matches the inherent nature of quantum chemistry electronic structure calculations and with it the opportunity to capture some of the inherent physics, albeit with
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that brings together industry, academia, and researchers to focus on the structural integrity, creep, and fatigue issues of materials used in high-temperature power plant components. Its aim is to help
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of calculations on a hardware architecture that matches the inherent nature of quantum chemistry electronic structure calculations and with it the opportunity to capture some of the inherent physics, albeit with
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binders, road construction About the Net2Zero Centre for Doctoral Training The EPSRC and BBSRC CDT in Negative Emission Technologies for Net Zero (Net2Zero) is a partnership between Aston University (lead
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Expectations” focus group approach. Develop a structured NTCA competency framework aligned with the RCVS Day One Competences and AAVMC Competency-Based Veterinary Education framework. Produce practical
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components are designed and produced. This PhD project focuses on Molten Metal Jetting (MMJ), an emerging metal 3D printing technology that enables the precise fabrication of multi-material metallic structures