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Field
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“monolithic” (solid‑state) HPCR concepts, fuel and structural functions are integrated within a compact core that embeds heat pipes directly. This architecture can reduce reliance on pumped primary coolant
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filled. Concrete under high temperature is rarely subjected to simple uniaxial loading. In reality, structures such as nuclear systems, tunnels, underground transport infrastructure, and composite columns
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Background: Functional, topologically complex organic molecules are rising stars in modern materials science due to their biocompatibility, structural variability, and wealth of physico-chemical
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will benefit from structured cohort training and tailored professional development delivered by partner institutions. Project Summary: This studentship will focus on designing photoenzymes
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Programme length: Four years (full‑time) Start date: 2026/27 academic year Keywords: biogenic supply chains, sustainable materials, biobased binders, road construction About the Net2Zero Centre for Doctoral
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, and Advanced Characterisation Processes for solid-state structures. This role also involves developing molecular transport in the solid state media with multiple layered and pore structure. The skills
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technological landscape, driving innovation that extends well beyond defence. Foams are used across industries—from aerospace to packaging—providing cushioning during transit, thermal insulation, and structural
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quantification and mapping of the high-dimensional correlation structure across multiple traits, quantification of trait variation that arises from new mutations, development and applications of analysis methods
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up to a £5k/annum research training support grant for the full duration of the 4-year programme. Metal-ligand multiple bonding is a burgeoning area for making chemically novel structural motifs
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processing (e.g., heat treatments) can have on their structure and properties, and (iv) how WELs differ in different aerospace steel grades. This PhD project will seek to address these gaps. The project will