Guillaume Bois
Guillaume Bois
Research Engineer, CEA Saclay
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Analysis and modelling of Reynolds stresses in turbulent bubbly up-flows from direct numerical simulations
A du Cluzeau, G Bois, A Toutant
Journal of Fluid Mechanics 866, 132-168, 2019
Calibration and improved prediction of computer models by universal Kriging
F Bachoc, G Bois, J Garnier, JM Martinez
Nuclear Science and Engineering 176 (1), 81-97, 2014
Direct numerical simulation of a turbulent bubbly flow in a vertical channel: Towards an improved second-order reynolds stress model
G Bois
Nuclear Engineering and Design 321, 92-103, 2017
On bubble forces in turbulent channel flows from direct numerical simulations
A du Cluzeau, G Bois, A Toutant, JM Martinez
Journal of Fluid Mechanics 882, 2020
An analytical relation for the void fraction distribution in a fully developed bubbly flow in a vertical pipe
O Marfaing, M Guingo, J Laviéville, G Bois, N Méchitoua, N Mérigoux, ...
Chemical Engineering Science 152, 579-585, 2016
Modelling of the laminar dispersion force in bubbly flows from direct numerical simulations
A du Cluzeau, G Bois, A Toutant
Physics of Fluids 32 (1), 012106, 2020
Towards large eddy simulation of two-phase flow with phase-change: direct numerical simulation of a pseudo-turbulent two-phase condensing flow
G Bois, D Jamet, O Lebaigue
7th International Conference on Multiphase Flow, ICMF, 2010
DNS of turbulent bubbly flows in plane channels using the Front-Tracking algorithm of TrioCFD
G Bois, A du Cluzeau
Fluids Engineering Division Summer Meeting 58066, V01CT16A005, 2017
Transferts de masse et d'énergie aux interfaces liquide/vapeur avec changement de phase: proposition de modélisation aux grandes échelles des interfaces
G Bois
Grenoble, 2011
Validation of the hydrodynamics in a turbulent un-baffled stirred tank: A necessity for vortex-reactor precipitation studies
E Saikali, MG Rodio, G Bois, U Bieder, N Leterrier, M Bertrand, Y Dolias
Chemical Engineering Science 214, 115426, 2020
DNS of a turbulent steam/water bubbly flow in a vertical channel
G Bois, B Mathieu, G Fauchet, A Toutant
Influence of the hydrodynamics and the reaction-rate formulation in modeling infinitely fast irreversible reactions in a turbulent un-baffled chemical reactor
E Saikali, G Bois, MG Rodio, U Bieder, M Bertrand, N Leterrier, Y Dolias
Chemical Engineering Communications, 1-31, 2020
Numerical study of buoyancy effects in a channel flow generated by asymmetric wall injection
R Knikker, M Michard, G Bois
5th European Therma-Sciences Conference (EUROTHERM), 2008
Mathematical Modeling and Associated Numerical Simulation of Fusion/Solidification Front Evolution in the Context of Severe Accident of Nuclear Power Engineering
A Drouillet, G Bois, R Le Tellier, R Loubère, M Peybernes
Mathematics 10 (1), 116, 2022
Validation of the hydrodynamics in a turbulent un-baffled vortex reactor at two different stirring Reynolds numbers
E Saikali, G Bois, MG Rodio, U Bieder, A Burlot, M Bertrand
Nuclear Engineering and Design 384, 111450, 2021
Derivation of a macroscopic mixture model for two-phase turbulent flows
G Bois
International Journal of Heat and Mass Transfer 178, 121500, 2021
A compartmental-based approach for the modelling of a vortex precipitation reactor for nuclear energy applications
CCR Vasquez, N Lebaz, D Mangin, M Bertrand, E Saikali, MG Rodio, ...
21st International Symposium on Industrial Crystallization, 2021
A criterion to classify void fraction profiles in bubbly flows based on averaged flow quantities for use in subchannel codes
R Kommajosyula, G Bois, A Burlot, MG Rodio, B Cariteau, E Baglietto
NURETH18 2019-18th International Topical Meeting on Nuclear Reactor Thermal …, 2019
On the effect of buoyancy on lateral migration of bubbles in turbulent flows insights from Direct Numerical Simulations
G Bois, A Du Cluzeau, A Toutant
10th International Conference on Multiphase Flow (ICMF-2019) 20, 2019
Towards an innovative R model for turbulence in bubbly flows from DNS simulations
A Du Cluzeau, G Bois, A Toutant, JM Martinez
TI2018-5th Internationnal conference on Turbulence and Interactions, 2018
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