Articles
Three long-form articles, each answering one question: how to make experimental aerothermal data credible, when agreement between CFD and an experiment actually means something, and what the terms used at Oxford and Cambridge mean. Each goes further than the short notes, and three more articles are in preparation.
Not sure where to start? 4 places to go
Start with your question
Why visitors arrive: You want long-form engineering argument - methods essays beyond short notes.
Your question: What technical articles exist on experiment design and CFD validation?
You may also be asking
- How do I build traceability in aerothermal tests?
- When does CFD agreement mislead?
- Where are supporting notes and tools?
Where to go next
- Methods cluster: Hub linking both anchor articles
- Experimental measurement article: Traceability and similarity
- CFD-experiment validation article: Simulation pairing workflow
- Oxbridge lexicon: Separate essay collection for admissions
- Author: Lucas Rey, Oxford DPhil aerothermal engineer · ORCID · Oxford profile · About
- Status: Pilot collection of three articles, with three more in preparation
- Scope: Aerothermal engineering, measurement practice, quantitative reasoning, and applied case studies
- Not included: Curriculum modules (see fluid mechanics curriculum) or peer-reviewed papers (see publications)
Methods cluster
Long-form methods articles are grouped under a dedicated synthesis page, distinct from single-instrument research themes but linked to them. Start here for experiment traceability, CFD validation, and uncertainty workflows.
Who should read what
Articles are long-form essays, choose by problem, not by length. Pair with notes for derivations and publications for formal outputs.
| Your question | Start here | Then |
|---|---|---|
| How do I make experimental aerothermal data credible? | Experimental measurement article | Instrumentation theme · Uncertainty fundamentals |
| When does CFD “agreement” actually mean something? | CFD-experiment validation | Turbomachinery theme · HPT project |
| What does this Oxford/Cambridge term mean? | Oxbridge lexicon | Teaching hub · Curriculum |
Pilot articles
Three live articles anchor the collection, engineering methods, simulation validation, and admissions context at opposite ends of the platform.
CFD-experiment validation
How to close the loop between RANS simulations and transient aerothermal measurements, boundary conditions, observables, uncertainty bands, and archival practice, with links to the HPT programme, instrumentation theme, and curriculum foundations.
Experimental aerothermal measurement
Why turbine and channel experiments fail quietly, and how traceability, similarity scaling, and facility transfer turn raw signals into publishable evidence, with links to notes, projects, curriculum, and calculators across the platform.
The Oxbridge lexicon
A philological mapping of terminology, medieval Latin, and localized slang used at Oxford and Cambridge, useful for applicants, mentors, and anyone navigating college contexts in competitive STEM pathways.
Additional articles will be listed here as the collection grows.
In preparation
Scoped from active research, and listed here before they are finished.
- Calibration transfer between tunnels: bridges experimental measurement and the Oxford probe publication track
- ECAT HPT campaign notebook: single end-to-end walkthrough on aerothermal methods (embargo-dependent)
- Hydrofoil performance in lagoon conditions: synthesis from field validation; see applied aerodynamics
Where articles sit
Articles are long-form essays, distinct from compact notes, peer-reviewed publications, and structured curriculum modules. Methods articles link to research themes; admissions writing links to the Teaching hub.
- Engineering methods: Aerothermal methods cluster · Instrumentation theme · Turbomachinery theme
- Applied fluids: Applied aerodynamics · Ventures
- Platform index: Engineering hub: full content-type map and catalogue
- Engagement: Collaborate · Press & media
Part of
This page sits within the broader knowledge structure on lucasrey.com:
- Articles - Long-form technical writing - Year 2 pilot.
- Engineering - Central knowledge platform - tools, curriculum, notes, and research assets.
Connected work
Related content from the same research and engineering work:
- Oxbridge lexicon
- Experimental measurement
- CFD-experiment validation
- Instrumentation theme
- Reference articles - Referenced from Engineering calculators
- Articles - Referenced from home
- Articles collection - Referenced from compressible-turbomachinery-cfd
Part of Engineering
This page is part of the engineering knowledge platform on lucasrey.com.
- Engineering hub - Full knowledge platform index
- Experimental aerothermal measurement - Methods article on traceability, similarity, and facility transfer - links instrumentation, curriculum, and tools.
- CFD-experiment validation - Methods article on closing the loop between RANS simulations and transient aerothermal measurements.
- Oxbridge lexicon - Terminology reference for STEM applicants and mentors.
- Oxbridge lexicon - Terminology reference for STEM applicants and mentors.
- Experimental aerothermal measurement - Methods article on traceability, similarity, and facility transfer - links instrumentation, curriculum, and tools.
- CFD-experiment validation - Methods article on closing the loop between RANS simulations and transient aerothermal measurements.
- Publications - Peer-reviewed papers and manuscripts in preparation - research pillar with thematic hubs, project links, and structured metadata.
- Engineering notes - Reference material and methods documentation - instrumentation and turbomachinery clusters.
- teaching
- Projects - Selected engineering projects and outcomes.
- Aerothermal engineering methods - Cross-cutting experiment, instrumentation, and CFD-experiment validation workflows.
- Applied aerodynamics - Field aerodynamics, wind resource assessment, and outdoor fluid systems linked to ventures and projects.
- Oxbridge lexicon
- Experimental measurement
- CFD-experiment validation
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.
- Collaborate - Industry advisory, aerothermal R&D collaboration, and venture partnerships.
Where to go from here
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The diagnostic and the practice questions linked above are free and stay free. One-to-one places are limited and taken by application, not by the hour.