Probabilistic Digital Twins for Nuclear Engineering

University of Manchester

Free-surface film flows of liquid metals under the influence of magnetic fields

University of Manchester

High Temperature Radiation Damage and Liquid-Lithium Corrosion in Fusion Breeder Blanket Materials

University of Manchester

Quantum Algorithms for Neutron Transport in Fusion Power Generation

University of Manchester

Effects of Hydrogen Isotope Exposure on the Performance of Fusion Breeder Blanket Materials

University of Manchester

Effect of dissimilar Joining/Welding on Reduced Activation Ferritic-Martensitic (RAFM) Steels, W and Cu alloys for fusion reactors'

University of Manchester

AI-Informed Control Strategies for Magnetic Confinement in Tokamaks

University of Manchester

Hydrogen Transport and Retention in Materials for Fusion Breeder Blankets

University of Manchester

One Twin, Many Secrets: Enabling Secure Multi-Stakeholder Digital Twins for Fusion Systems

University of Manchester

Optimisation of a breeder blanket using machine learning and genetic optimisation algorithms

University of Manchester

Manufacturing and structural integrity validation of dissimilar material bonds for tungsten component joining'

University of Birmginham

Spherical Tokamak Centre-Column Shield Designs: Mapping Failure at Metallic Support Structures and Ceramic Shield interfaces

University of Birmingham

AI-Driven Accelerated Qualification of Fusion Reactor Materials & Components

University of Birmingham

Ceramic Plasma Facing Components: Plasma-Wall Interaction Effects (PWIE) and Engineering Integrity

University of Birmingham

Design and Structural Integrity under fusion conditions of Water-cooled EU-DEMO divertor components

University of Birmingham

Engineering Structural Integrity and Structural Design Criteria of Dissimilar Metal Joints for Fusion Plasma Facing Components.

University of Birmingham

Additive Manufacturing of High-Performance Copper Alloys for Fusion Energy

University of Birmingham

Mapping the engineering of plasma- and high heat flux induced failure modes in plasma-facing divertor components for future fusion reactors

University of Birmingham

Lithium-6 for the nuclear fusion industry – complementing the valorisation of battery waste and securing supply for the UK’s energy sector.

University of Birmingham

Manufacturing and high temperature mechanical evaluation of reduced activation W heavy alloys.

Unniversity of Birmingham