| ARCHIE Project title: | 2TB |
| Project PI: | ETP Industrial Studentship, CoSE Industrial PhD studentship James Watt Building University Avenue |
| Department: | 1/3/22 |
| Address: | James Watt Building, University Avenue, licensed software, G128QQ |
| Relevant industrial collaborations: | Howden UK, SMAR Azure Ltd |
| Existing relevant KTP activities: | ETP Industrial Studentship, CoSE Industrial PhD studentship |
| Does the PI require to run calculations? | 7 |
| Number of users involved in the project: | 2.5 years |
| User 1 details: |
Mr. Jordan White |
| Service level requested: | |
| ARCHIE Project description: | 2TB |
| Potential output of the project: |
Optimised configurations for heat transfer elements with applications in industrial power plant operations. More efficient approach to heater element development. Substantial cost and time savings associated with manufacturing elements. Publication of research outputs in international journals (e.g. Journal of Applied Thermal Engineering, International Journal of Heat and Mass Transfer). Development of closer links and potential further funding stream from industrial partner. |
| Project start date: | 1/3/22 |
| Duration of the project: | 2.5 years |
| Total CPU time required (in hours): | 300000 |
| CPU hours required by typical job: | 7 |
| Approximate amount of data created per job (in GB): | |
| Approximate amount of data created per project: | 2TB |
| Funding Agency Grant Reference No: | UofG Industrial PG Scholarship 30420 |
| pFact ID: | |
| RKES ID: | |
| Software required for the project: | licensed software |
| Software required to be installed for the project: | STAR-CCM+ |
| Experience in using software package 1: | 8 |
| Software required to be installed for the project: | MATLAB |
| Experience in using software package 2: | 7 |
| Software required to be installed for the project: | |
| Experience in using software package 3: | 1 |
| Training required: | Basic of using HPC, Scripting languages |
| Other training required: | |
| Experience in using HPC: | 5 |