ARCHER Leadership Panel - 16 October 2015

Panel Members

Name Institution
Dr Andrew Walker University of Leeds
Dr Eldad Avital QMUL
Professor Nilanjan Chakraborty Newcastle University
Dr Paul Selwood Met Office
Dr Jos Martin MathWorks
Dr Michael Browne ICHEC
Professor Deborah Greaves Plymouth University
Dr Ash Vadgama AWE
Dr Matt Probert University of York

Successful Submissions

EPSRC Remit

Principal Investigator Title Institution kAUs Awarded
Dr Pierre Moinier Large-Eddy Simulation for Acoustics BAE Systems 146,414
Professor Mark Sansom From Membrane Models to Experimental Measurements: Bridging the Gap using Large Scale Simulations University of Oxford 196,300
Professor Spencer Sherwin Pioneering scale resolved simulations of flow over modern F1 geometries Imperial College London 296,064
Mr Matthew Street Investigation of epistemic uncertainties in gas turbine performance measurement Rolls-Royce plc. 152,064
Professor Hugo van der Hart RAMPA- R-matrix based Atomic and Molecular Physics on ARCHER Queen's University Belfast 199,441
Dr Tarje Nissen-Meyer Global seismic wavefields in sparse structures University of Oxford 169,093
Professor Rodriguez Blanca Safety of anti-arrhythmic drug therapy in response to coronary occlusion, aging and gender: A whole system and multiscale investigation for the pre-competitive development of in silico clinical trials in human University of Oxford 138,931
Dr Matthew Borg Multiscale simulation of interfacial dynamics for breakthrough nano/micro-flow engineering applications University of Edinburgh 100,000
Professor David Bowler Using linear scaling first principles molecular dynamics on 10,000-100,000 atoms: Boron implantation in Si/Ge nanowires University College London 140,702
Dr Maarten Van Reeuwijk High-fidelity simulations of turbulent entrainment in buoyancy-driven flows Imperial College London 272,000
Dr David Scanlon High Performance Computing of Hybrid Perovskite Solar Cells: HPC2 University College London 199,066
Dr Peter Falkingham Extrapolating ground reaction force from fossil dinosaur footprints Liverpool John Moores University 113,098
Dr Wes Armour High-Fidelity Study of a Realistic Automobile to aid the reduction of CO2 and Noise Emissions University of Oxford 187,557
Total successful   11 projects 2,028,541
Total unsuccessful   4 projects 697,736

NERC remit

Principal Investigator Title Institution kAUs Awarded
Dr Tarje Nissen-Meyer Global seismic wave fields in sparse structures University of Oxford 169,093
Dr Peter Falkingham Extrapolating ground reaction force from fossil dinosaur footprints Liverpool John Moores University 113,098
Total successful   2 projects 282,191
Total unsuccessful   1 project 138,852