|
Panel members
|
| Name |
Institution |
| Dr Charles Laughton (Chair) |
University of Nottingham |
| Dr S Cant |
University of Cambridge |
| Dr Phil Ridley |
Numerical Algorithms Group (NAG) |
| Dr R Roemer* |
University of Warwick |
| Catherine O'Sullivan |
Imperial College |
*Dr R Roemer left the panel meeting before his proposal was discussed and scored
| Principal investigator |
Project title |
Institution |
No. of Allocation Units (AU) requested |
| Rudolf Roemer |
Massively parallel simulation of rogue wave occurrence in optical communication systems |
Warwick |
6,090,000 |
| Nicolae Panoiu |
Large scale simulations of bio-photonic structures using parallel and explicit MOT-TDVIE solver |
University College London |
6,446,000,000 |
| Peter Jimack |
Quantitative simulation of rapid alloy solidification using phase-field simulations |
Leeds |
5,085,000 |
| Michael R C Hunt |
Investigating the physical properties of pristine and defective two-dimensional monolayer solids |
Durham |
11,175,000 |
| Gareth Harrison |
Adaptation and Resilience in Energy Systems (ARIES) |
Edinburgh |
6,750,000 |
| Andrei Pisliakov |
Understanding the mechanism of protein pumping in cbb3-type oxidase through computer simulations |
Dundee |
6,500,000 |
| Pierre Ricco |
Numerical simulations of turbulent viscoelastic flows (DRAGRED) |
Sheffield |
5,200,000 |
| Total (successful) |
|
7 projects |
47,246,000 |
| Total (unsuccessful) |
|
3 projects |
19,284,000 |
| Success rate |
|
70% |
71% |
| David Pontin |
A novel relaxation method for obtaining force-free magnetic fields: application for access to the General-Purpose computation on Graphics Processing Units (GPGPU) test bed resource |
Dundee |
GPGPU Test bed |
