| Paper Number
|
Author(s)
|
Title
|
| P.3.2 | Nabeel Abed, Imran Afgan, Andrea Cioncolini, Hector Iacovides and Adel Nasser | Thermal-hydraulic evaluation of various strip shapes and nanofluids on the performance of parabolic trough collectors |
| P.3.3 | Foteini Zagklavara, Peter Jimack, Nikil Kapur, Osvaldo Querin and Harvey Thompson | CFD investigation of the effect of heater spacing on DNA amplification and pressure drop in a microfluidic PCR device |
| P.3.4 | William Alexander | Performance of a linear, high flux, foil and slot thermal transfer (FASTT) device |
| P.3.5 | Yingai Jin, Luyuan Nie, Liang Li, Fuxin Ma and Yaohong Xing | A fast response main steam temperature control system based on heat transfer model and DCS |
| P.3.6 | Muhammed Abdullahi, Muyiwa Oyinlola, Abdulhafiz Ahmed and Muyideen Balogun | Investigating the performance of a solar collector with plastic bottles as glazing cover |
| P.3.7 | Alexandros Askounis, Duncan Osborne and Maryam Parsa | How do colloidal droplets evaporate when at an incline? |
| P.3.9 | Mohammed Sardar, Alex Skillen, Samuel Draycott, Małgorzata J. Zimoń and Alistair Revell | A machine learning framework for prediction of discretisation errors on coarse CFD grids |
| P.3.10 | Thomas Prevenslik | Near-field heat transfer by the Planck law |
