| ARCHIE Project title: | 3TB |
| Project PI: | James Watt South Building, University Avenue |
| Department: | 25-10-2015 |
| Address: | James Watt South Building, University Avenue, , user supplied code, G12 8QQ |
| Relevant industrial collaborations: | |
| Existing relevant KTP activities: | |
| Does the PI require to run calculations? | 10 |
| Number of users involved in the project: | 25-9-2016 |
| Service level requested: | None |
| ARCHIE Project description: | 3TB |
| Potential output of the project: |
The project will enable a large number of existing projects to deliver in a timely fashion. The Helicopter Multi-Block 3 CFD solver is the UK flagship rotorcraft code and is used by academia and industry. This project will port the code to ARCHIE and will focus on the following studies: 1) Optimisation of aerodynamic shapes using the adjoint method 2) Simulation of turbulent flows in cavities 3) Simulation of rotor aero-acoustics 4) Simulation of tilt-rotor aircraft 5) Simulation of large-scale Wind turbines. All these will feed into future funding applications. |
| Project start date: | 25-10-2015 |
| Duration of the project: | 25-9-2016 |
| Total CPU time required (in hours): | 50-80K hours envisaged at this stage |
| CPU hours required by typical job: | 10 |
| Approximate amount of data created per job (in GB): | None |
| Approximate amount of data created per project: | 3TB |
| Funding Agency Grant Reference No: | |
| pFact ID: | |
| RKES ID: | |
| Software required for the project: | user supplied code |
| Software required to be installed for the project: | MPI, GCC or Intel C compiler |
| Experience in using software package 1: | |
| Software required to be installed for the project: | |
| Experience in using software package 2: | 10 |
| Software required to be installed for the project: | |
| Experience in using software package 3: | 1 |
| Training required: | |
| Other training required: | None |
| Experience in using HPC: | 10 |