Biography
Dr Alicia Torres Gomez completed her undergraduate degree with integrated master’s in Aeronautical and Mechanical Engineering at the University of Cambridge in 2020.
In 2025, she completed her PhD from the Whittle Laboratory, University of Cambridge, as part of the Centre for Doctoral Training in Future Propulsion and Power. Her doctoral research focused on cryogenic turbine design for hydrogen liquefaction plants.
Alicia received the 2023 Amelia Earhart Fellowship, awarded annually by Zonta International to 30 women worldwide pursuing Ph.D./doctoral degrees in aerospace engineering and space science.
She joined the Oxford Thermofluids Institute in 2025 as a postdoctoral research assistant. Her research, in collaboration with Parker Hannifin, investigates the aerothermal impact of particles caused by the 3D-printing manufacturing process of heat exchangers.
Most Recent Publications
Cryogenic Radial Turbine Design for High-Efficiency Hydrogen Liquefaction Plants
Cryogenic Radial Turbine Design for High-Efficiency Hydrogen Liquefaction Plants
Pathways to improve hydrogen liquefaction efficiency
Pathways to improve hydrogen liquefaction efficiency
A novel expansion configuration for a hydrogen liquefaction plant
A novel expansion configuration for a hydrogen liquefaction plant
Demand and deployment of hydrogen liquefaction plants in Europe
Demand and deployment of hydrogen liquefaction plants in Europe
Cryogenic Radial Turbine Design For High-Efficiency Hydrogen Liquefaction Plants
Cryogenic Radial Turbine Design For High-Efficiency Hydrogen Liquefaction Plants
Current Research Projects
Aerothermal Impact of Satellite Particles: Project in collaboration with Parker Hannifin investigating the impact on heat transfer of 3D-printing processes for heat exchanger manufacture
Research Groups
Related Academics
Awards and Prizes
2023 Amelia Earhart Fellowship
Awarded annually by Zonta International to 30 women worldwide pursuing Ph.D./doctoral degrees in aerospace engineering and space sciences (cash prize: 10,000 USD)
Most Recent Publications
Cryogenic Radial Turbine Design for High-Efficiency Hydrogen Liquefaction Plants
Cryogenic Radial Turbine Design for High-Efficiency Hydrogen Liquefaction Plants
Pathways to improve hydrogen liquefaction efficiency
Pathways to improve hydrogen liquefaction efficiency
A novel expansion configuration for a hydrogen liquefaction plant
A novel expansion configuration for a hydrogen liquefaction plant
Demand and deployment of hydrogen liquefaction plants in Europe
Demand and deployment of hydrogen liquefaction plants in Europe
Cryogenic Radial Turbine Design For High-Efficiency Hydrogen Liquefaction Plants
Cryogenic Radial Turbine Design For High-Efficiency Hydrogen Liquefaction Plants