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Your question: What has Lucas Rey published on turbomachinery, probes, or heat transfer?

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Engineering NoteLive

Publications

Formal Research & Bibliography

Peer-reviewed papers and manuscripts in preparation documenting turbomachinery aerothermal and experimental instrumentation research.

Methodological Traceability

Physical testing campaigns link directly to supporting derivation logs and calibration procedures published across the platform:

01 / Journal Articles

2024
PUBLISHED

Low-order-model-based design of additive-manufactured heat exchanger

Demonstrates how compact low-order networks can guide the design of metal additive-manufactured heat exchangers, balancing pressure losses, effectiveness, and manufacturability constraints.

Suggested citation: Rey, L. (2024). Low-order-model-based design of additive-manufactured heat exchanger. Engineering Research Express. DOI: 10.1088/2631-8695/ad7cc4

02 / Manuscripts In Preparation

2026
PREPARATION

Impact of deterioration on the aerodynamic performance of high-pressure nozzle guide vanes: leading-edge holing

Experimental and numerical study of how in-service leading-edge cooling-hole damage alters HPNGV aerodynamics, secondary flows, and wake losses.

Target journal: Journal of Turbomachinery (ASME) · Rolls-Royce UTC sponsored

2026
PREPARATION

Impact of deterioration on the thermal performance of high-pressure nozzle guide vanes: leading-edge holing

Companion study investigating film cooling effectiveness changes and local metal effectiveness hot spots under transient thermal conditions.

Target journal: Journal of Turbomachinery (ASME) · Rolls-Royce UTC sponsored

2026
PREPARATION

The open-access Oxford probe: calibration accuracy as measured in four European wind tunnels

Collaborative study benchmarking open-hardware multi-hole pneumatic probes, demonstrating calibration model transferability and bias propagation.

Target journal: Measurement Science and Technology

Turbomachinery deterioration

2026In Preparation

Impact of deterioration on the aerodynamic performance of high-pressure nozzle guide vanes: leading-edge holing

Experimental and numerical study of how in-service leading-edge cooling-hole damage alters vane aerodynamics, losses and flow structures in a high-pressure stage.

2026In Preparation

Impact of deterioration on the thermal performance of high-pressure nozzle guide vanes: leading-edge holing

Companion paper quantifying how leading-edge damage changes cooling effectiveness, metal temperatures and thermal margins under engine-representative conditions.

Instrumentation & measurement

2026In Preparation

The open-access Oxford probe: calibration accuracy as measured in four European wind tunnels

Collaborative work benchmarking the performance of an open-hardware pneumatic probe across multiple facilities, with a focus on calibration methodology and uncertainty propagation.

Thermal & additive design

2024Engineering Research Express

Low-order-model-based design of additive-manufactured heat exchanger

Demonstrates how compact low-order models can guide the design of metal additive-manufactured heat exchangers, balancing pressure loss, effectiveness and manufacturability.

Part of

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

  • Research - Peer-reviewed and technical publications in aerothermal and fluid engineering.
  • Engineering - Central knowledge platform – tools, curriculum, notes, and research assets.

Related content from the same research and engineering work:

Part of Engineering

This page is part of the engineering knowledge platform on lucasrey.com.

Engineering knowledge platform

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

  • Collaborate - Industry advisory, aerothermal R&D collaboration, and venture partnerships.
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