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Researcher Details
 
Name: Professor B Shollock
Organisation: Kings College London
Department: Engineering
Current EPSRC-Supported Research Topics:
Carbon Capture & Storage Energy Efficiency
Energy Storage Manufacturing Machine & Plant
Materials Processing

Current EPSRC Support
EP/S018107/1 SUSTAIN Manufacturing Hub(C)
Previous EPSRC Support
EP/V035983/1 EPSRC Core Equipment 2020 - King's College London(C)
EP/S010076/1 EPSRC Strategic Equipment - High Speed CT(C)
EP/S005218/1 Prosperity Partnership in Rapid Product Development(C)
EP/R004927/1 Prosperity Partnerships(P)
EP/P020755/1 Rapid Product Development through Process Innovation(C)
EP/M014096/1 Development of Roll Formable Ultra High Strength Steels for Energy Efficient Manufacture of Lightweight Crash Resistant Automotive Structures(P)
EP/K027344/2 Oxidation Damage at a Crack Tip and Its Significance in Crack Growth under Fatigue-Oxidation Conditions(P)
EP/K027344/1 Oxidation Damage at a Crack Tip and Its Significance in Crack Growth under Fatigue-Oxidation Conditions(P)
EP/H006060/1 Determination of Surface and Interface Processes in Materials Science(C)
EP/F05677X/1 Monochromated Transmission Electron Microscopy(C)
EP/G026114/1 Nanotribology: measurement and modelling across the rubbing interface(C)
EP/C536312/1 Accounting for Spatial and Temporal Variations of Microstructure on Creep-Related Behaviour of Nickel-Base Superalloys(C)
EP/C51596X/1 Nano-Analytical Transmission Electron Microscope(C)
GR/R03266/01 Crystallographic Characterisation of Creep Deformation In Sx Superalloys Under Multiaxial Loading(C)
GR/M72074/01 SOLIDIFICATION DEFECTS IN SINGLE CRYSTAL AND SECONDARY MELTING PROCESSING OF NICKEL-BASE SUPERALLOYS(C)
GR/M93123/01 DEVELOPMENT AND VALIDATION OF A NON-EMPIRICAL MODEL FOR CREEP LIFE PREDICTION OF COMMERCIAL ALLOY SYSTEMS(C)
GR/L67042/01 MODELLING OF ANISOTROPIC DEFORMATION BEHAVIOUR OF SINGLE CRYSTAL SUPERALLOYS(C)
GR/L70622/01 ROPA: NOVEL STRATEGIES FOR EVALUATING THE DEGRADATION OF PROTECTIVE COATINGS AND SUPERALLOYS(P)
GR/L05433/01 EFFECTS OF PROCESS CONDITIONS ON MICROSTRUCTURE AND PERFORMANCE OF DIRECTIONALLY SOLIDIFIED SUPERALLOYS(P)
GR/K19358/01 THE INFLUENCE OF GAMMA-PRIME RAFT MORPHOLOGY ON CREEP ANISOTROPY IN COMMERCIAL SINGLE CRYSTAL SUPERALLOYS(P)
GR/J94990/01 IN SITU ELECTRON MICROSCOPY OF PHASE TRANSFORMATION.(C)
GR/J02667/01 ANISOTROPIC DEFORMATION OF SINGLE CRYSTAL SUPERALLOYS - MODELLING AND VALIDATION(C)
GR/H64248/01 ORDERING TRANSFORMATIONS IN ALUMINIUM-RICH TITANIUM-ALUMINIUM ALLOYS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator