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Media enquiries

Verified facts, approved biographical text, and imagery for journalists, conference organisers, and institutional communications covering aerothermal engineering, turbomachinery research, and applied energy systems work by Lucas Rey.

  • Name: Lucas Rey
  • Title: Aerothermal systems engineer; DPhil candidate, University of Oxford
  • Affiliation: Oxford Thermofluids Institute, Department of Engineering Science (Rolls-Royce sponsored)
  • Research focus: High-pressure turbine deterioration, aerothermal experimentation, pneumatic instrumentation
  • Location: United Kingdom & EU (Italian citizenship)
  • Languages: English, Italian, Spanish
  • Media contact: lucasrey.eng@gmail.com · lucas.rey@eng.ox.ac.uk (academic)

Approved biographical text

Copy-ready summaries for articles, programmes, and speaker introductions. Attribution: Lucas Rey, lucasrey.com.

One sentence

Lucas Rey is an aerothermal systems engineer and Oxford DPhil candidate studying how in-service damage affects high-pressure turbine performance, sponsored by Rolls-Royce.

Short (≈50 words)

Lucas Rey is a DPhil candidate at the Oxford Thermofluids Institute, sponsored by Rolls-Royce. His research combines engine-scale experimentation, high-fidelity CFD, and rigorous measurement practice to quantify aerothermal and thermal performance of deteriorated turbine hardware. He also leads applied aerodynamics ventures and publishes open engineering resources on lucasrey.com.

Standard (≈100 words)

Lucas Rey is an aerothermal systems engineer and DPhil candidate at the University of Oxford’s Thermofluids Institute, with research sponsored by Rolls-Royce. His work closes the loop between transient rig experiments, RANS simulation, and data-driven maintenance insight for civil aero-engine high-pressure turbines — particularly leading-edge deterioration under engine-representative conditions. Training spans Oxford (DPhil), Cambridge (MRes Future Propulsion & Power), and Cagliari (MSc/BSc Mechanical Engineering, 110/110 cum laude). Beyond academia, he co-founded KiteGeneration and publishes peer-reviewed heat-transfer research, open curriculum, and technical notes at lucasrey.com.

Research in plain language

Context for science and engineering coverage — full technical detail lives on publications and projects.

  • Problem: Jet-engine operators need reliable intervals for inspection and overhaul. Performance data for pristine hardware does not always predict in-service behaviour once components accumulate leading-edge damage.
  • Approach: Engine-scale experiments at Oxford’s ECAT facility, paired with simulation and infrared thermography, quantify how damage changes aerodynamic loss and thermal margins.
  • Broader methods work: Open-hardware pneumatic probe benchmarking across European wind tunnels — relevant to measurement quality in any high-speed aerothermal test programme.
  • On this site: Turbomachinery deterioration · Instrumentation & measurement

Story angles & deep links

Use these entry points when you need technical depth beyond the bios above — each links to a canonical page on lucasrey.com, not duplicated press copy.

Angle Plain-language hook Deep link
Engine maintenance physics How leading-edge damage changes turbine performance before overhaul Turbomachinery deterioration theme
Measurement quality Why wind-tunnel data can disagree between facilities Instrumentation theme · 5-hole probe project
Additive heat transfer Designing compact heat exchangers with metal 3D printing 2024 paper · Thermal theme
Field aerodynamics Wind mapping and hydrofoil validation for sport-tourism operations KiteGeneration · Applied aerodynamics
STEM education Engineering-informed teaching and open curriculum Teaching hub · Fluid mechanics curriculum

Full platform map: Engineering hub content types · central index

Credentials & profiles

Approved imagery

High-resolution originals available on request for editorial use. Credit: Lucas Rey / lucasrey.com unless noted.

Lucas Rey working on aerothermal test equipment at Oxford
Portrait context — experimental work, Oxford Thermofluids Institute.
Engine-scale ECAT turbine test facility at the Oxford Thermofluids Institute
ECAT turbine facility — engine-scale aerothermal testing.
Lucas Rey commissioning instrumentation at the Oxford turbine facility
Instrumentation commissioning — suitable for engineering trade coverage.
Lucas Rey hydrofoil kitesurfing in Sardinia
Venture & applied aerodynamics context — hydrofoil performance (optional lifestyle angle).

Conference organisers & speaking

For programme committees, faculty hosts, and event producers — topic areas, lead times, and logistics in one place before you write.

  • Topics: Turbomachinery aerothermal performance, experimental measurement practice, quantitative STEM education, capital-efficient engineering in SMEs
  • Formats: Keynotes, technical seminars, panel discussions, faculty workshops
  • Materials: Approved bios and imagery in the section above — request high-resolution files by email
  • Enquire: Speaking intent · lucasrey.eng@gmail.com

Part of

This page sits within the broader knowledge structure on lucasrey.com:

  • Research - Peer-reviewed and technical publications in aerothermal and fluid engineering.
  • Teaching - Engineering-informed teaching, mentoring, and quantitative reasoning.
  • Ventures - Professional initiatives - enterprise operations, field validation, and applied aerodynamics connected to engineering research.

Related content from the same research and engineering work:

Engineering knowledge platform

More tools, curriculum, notes, and research from the same body of work:

  • Engineering - Central knowledge platform - tools, curriculum, notes, research, and applied engineering work.
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