Name:	Professor D Hills
Organisation:	University of Oxford
Department:	Engineering Science
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

EP/S005072/1 Strategic Partnership in Computational Science for Advanced Simulation and Modelling of Engineering Systems - ASiMoV (C) EP/R004951/1 Cornerstone: Mechanical Engineering Science to Enable Aero Propulsion Futures (C) EP/E058337/1 A Predictive Approach to Modelling Frictional Joint Performance (PAMFJP) (C) EP/E016111/1 Contact evolution based fretting fatigue prediction (P) EP/C509870/1 Microplasticity and Fatigue Crack Initiation (C) EP/C510232/1 Vortex Induced Vibration And Fatigue Of Deep Water Flexible Riser Pipes (C) GR/T10541/01 Reliable Measurement of Residual Stress in Large Engineering Components (P) GR/N11049/01 ENHANCED LIFE PREDICTION FOR THREE-DIMENSIONAL FATIGUE CRACKS (C) GR/M57163/01 NEW DESIGN METHODS FOR FATIGUE-CREEP & PLASTIC COLLAPSE (P) GR/L90217/01 JREI:ENHANCEMENT OF FRETTING FATIGUE TEST FACILITIES (C) GR/L83400/01 CHARACTERISATION OF CERAMIC COATINGS AND COATED GLASSES BY INDENTATION (C) GR/K75507/01 SURFACE ENGINEERING - MEASUREMENT OF RESIDUAL STRESS BY CRACK COMPLIANCE TECHNIQUES (P) GR/L19942/01 SURFACE ENGINEERING - MEASUREMENT OF RESIDUAL STRESS BY CRACK COMPLIANCE TECHNIQUES (C) GR/K65843/01 DETERMINATION OF RESIDUAL STRESSES IN TOUGHENED GLASS BY INDENTATION TESTING (P) GR/J53942/01 CRACK SHAPE AND SEVERITY ASSESSMENT FOR SURFACE TREATED COMPONENTS; AN NDT TOOL (P) GR/G57536/01 AN INVESTIGATION OF CRACK INITIATION AND SELF ARREST IN FRETTING FATIGUE (C) GR/G04042/01 APPLICATION OF APPLIED MECHANICS TO THE DESIGN OF DIFFUSION BONDED JOINTS (P) GR/E76742/01 BEHAVIOUR OF DIFFUSION BONDED JOINTS BETWEEN CERAMIC AND METAL (C)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator