Biography
Dr. Luca Di Mare was previously at Imperial College London where he led the Whole Engine Modelling Group in the Vibration University Technology Centre sponsored by Rolls-Royce plc.
His main research interests are in the area of computational modelling of gas turbines. His work aims to build models of whole gas turbines as well as single components at multiple levels of fidelity and physical modelling, combining expertise in the areas of computational geometry, computation fluid dynamics, grid generation and structural analysis. His group’s Virtual Engine software, is earmarked as a candidate component for Engineering Systems for Rolls-Royce plc.
Luca also leads experimental/numerical research in turbulence modelling in compressors at the Whittle Laboratory, where he is a Visiting Academic.
Research Interests
- Gas turbines
- Computational geometry
- Computational fluid dynamics
- Grid generation
- Structural Analysis
Recent Publications
Reynolds stresses and turbulent heat fluxes in fan-shaped and cylindrical film cooling holes
Hao M & di Mare L (2023), International Journal of Heat and Mass Transfer, 214, 124324-124324
BibTeX
@article{reynoldsstresse-2023/11,
title={Reynolds stresses and turbulent heat fluxes in fan-shaped and cylindrical film cooling holes},
author={Hao M & di Mare L},
journal={International Journal of Heat and Mass Transfer},
volume={214},
number={124324},
pages={124324-124324},
publisher={Elsevier BV},
year = "2023"
}
Generating high-efficiency swimming kinematics using hydrodynamic eigenmode decomposition
Smyth A, Young A & Di Mare L (2023), Physics of Fluids, 35(8)
BibTeX
@article{generatinghighe-2023/8,
title={Generating high-efficiency swimming kinematics using hydrodynamic eigenmode decomposition},
author={Smyth A, Young A & Di Mare L},
journal={Physics of Fluids},
volume={35},
number={087103},
publisher={American Institute of Physics },
year = "2023"
}
Scaling and similarity laws in three-dimensional wall jets
Hao M & di Mare L (2023), Physics of Fluids, 35(7)
BibTeX
@article{scalingandsimil-2023/7,
title={Scaling and similarity laws in three-dimensional wall jets},
author={Hao M & di Mare L},
journal={Physics of Fluids},
volume={35},
number={075102},
publisher={AIP Publishing},
year = "2023"
}
A statistic study on raspberry vesicles: formation and properties
Guo Y, di Mare L & Wong J (2023), Polymer, 280
BibTeX
@article{astatisticstudy-2023/5,
title={A statistic study on raspberry vesicles: formation and properties},
author={Guo Y, di Mare L & Wong J},
journal={Polymer},
volume={280},
number={126058},
publisher={Elsevier},
year = "2023"
}
Divergence-free turbulent inflow data from realistic covariance tensor
Dreze Y, Hao M & di Mare L (2023), Physics of Fluids, 35(2)
BibTeX
@article{divergencefreet-2023/2,
title={Divergence-free turbulent inflow data from realistic covariance tensor},
author={Dreze Y, Hao M & di Mare L},
journal={Physics of Fluids},
volume={35},
number={025120},
publisher={AIP Publishing},
year = "2023"
}
A statistic study on raspberry vesicles: Formation and properties
Guo Y, di Mare L & Wong JSS (2023), POLYMER, 280
BibTeX
@article{astatisticstudy-2023/,
title={A statistic study on raspberry vesicles: Formation and properties},
author={Guo Y, di Mare L & Wong JSS},
journal={POLYMER},
volume={280},
number={ARTN 126058},
year = "2023"
}
Reynolds stresses and turbulent heat fluxes in fan-shaped and cylindrical film cooling holes
Hao M & di Mare L (2023), INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER, 214
BibTeX
@article{reynoldsstresse-2023/,
title={Reynolds stresses and turbulent heat fluxes in fan-shaped and cylindrical film cooling holes},
author={Hao M & di Mare L},
journal={INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER},
volume={214},
number={ARTN 124324},
year = "2023"
}
Scaling and similarity laws in three-dimensional wall jets
Hao M & di Mare L (2023), PHYSICS OF FLUIDS, 35(7)
BibTeX
@article{scalingandsimil-2023/,
title={Scaling and similarity laws in three-dimensional wall jets},
author={Hao M & di Mare L},
journal={PHYSICS OF FLUIDS},
volume={35},
number={ARTN 075102},
year = "2023"
}
Generating high-efficiency swimming kinematics using hydrodynamic eigenmode decomposition
Smyth ASM, Young AM & Di Mare L (2023), PHYSICS OF FLUIDS, 35(8)
BibTeX
@article{generatinghighe-2023/,
title={Generating high-efficiency swimming kinematics using hydrodynamic eigenmode decomposition},
author={Smyth ASM, Young AM & Di Mare L},
journal={PHYSICS OF FLUIDS},
volume={35},
number={ARTN 087103},
year = "2023"
}
Budgets of Reynolds stresses in film cooling with fan-shaped and cylindrical holes
Hao M & di Mare L (2023), PHYSICS OF FLUIDS, 35(8)
BibTeX
@article{budgetsofreynol-2023/,
title={Budgets of Reynolds stresses in film cooling with fan-shaped and cylindrical holes},
author={Hao M & di Mare L},
journal={PHYSICS OF FLUIDS},
volume={35},
number={ARTN 086103},
year = "2023"
}
