C
Christophe Proust
Researcher at University of Paris
Publications - 77
Citations - 1061
Christophe Proust is an academic researcher from University of Paris. The author has contributed to research in topics: Ignition system & Overpressure. The author has an hindex of 18, co-authored 71 publications receiving 898 citations. Previous affiliations of Christophe Proust include University of Technology of Compiègne & University College London.
Papers
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Flame propagation and combustion in some dust-air mixtures
TL;DR: In this paper, the results of measurements of laminar burning velocities and of maximum flame temperatures for combustible dust-air mixtures (starch dust air mixtures, lycopodium-air mixture and sulphur flour air mixture) are presented, and compared with those obtained with other devices such as resistors, pyrometers and are compared to the theoretical values.
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Measuring the violence of dust explosions with the “20 l sphere” and with the standard “ISO 1 m3 vessel”: Systematic comparison and analysis of the discrepancies
TL;DR: In this paper, a systematic testwork with a number of different dusts, the explosion indices as determined within the 20l sphere and with the ISO-VDI 1m 3 vessel have been compared.
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A homogeneous relaxation flow model for the full bore rupture of dense phase CO2 pipelines
TL;DR: In this paper, a homogeneous relaxation flow model was developed to simulate the discharge behavior following the full bore rupture of dense phase CO 2 pipelines, and the model's robustness was successfully demonstrated based on a series of hypothetical shock tube tests.
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Large-scale hydrogen release in an isothermal confined area
TL;DR: In this paper, the formation of flammable clouds resulting from a finite duration leakage of hydrogen in a quiescent room (80m 3 chamber) was studied, and the experimental results have been used to assess and benchmark CFD tools capabilities.
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Experimental measurement and Reynolds-averaged Navier–Stokes modelling of the near-field structure of multi-phase CO2 jet releases
Robert M. Woolley,Michael Fairweather,Christopher J. Wareing,Samuel A.E.G. Falle,Christophe Proust,Jérôme Hebrard,Didier Jamois +6 more
TL;DR: In this article, a computational fluid dynamic model capable of accurately representing the complex physics observed in such a release, essential if dispersion phenomena are to be accurately predicted, is presented. But the model is not suitable for the modeling of CO 2 pipelines and intermediate storage vessels.