Valentin Caries
Valentin Caries
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Reduced-Order Modeling
Tip-Leakage Flow in a Low-Pressure Compressor: Comparison Between Low- and Medium-Fidelity Modelings
A low-order 3D Hybrid Panel Method predicts the flow around low-pressure compressor rotors and feeds dedicated tip-leakage models — in under a minute per case. Benchmarked against RANS on the LMFA NACA65 rotor, it reproduces rotor aerodynamics well and tip-leakage trends accurately for small tip gaps, supporting fast early-stage design.
Valentin Caries
,
J. Boudet
,
E. Lippinois
Source Document
DOI
Tip-leakage flow modelling in axial compressors
My PhD thesis. A multi-fidelity framework (panel + vortex-lattice methods with a dedicated tip-leakage model) that predicts the 3D flow around compressor and fan rotors in seconds, validated against RANS and experiments. Defended on 11 June 2025 at École Centrale de Lyon, in partnership with Safran Aircraft Engines.
Valentin Caries
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