Renaud Ansart
Renaud Ansart
Associate Prof. Toulouse INP-LGC
Verified email at ensiacet.fr
TitleCited byYear
Dense suspension of solid particles as a new heat transfer fluid for concentrated solar thermal plants: On-sun proof of concept
G Flamant, D Gauthier, H Benoit, JL Sans, R Garcia, B Boissière, R Ansart, ...
Chemical Engineering Science 102, 567-576, 2013
1182013
A new heat transfer fluid for concentrating solar systems: Particle flow in tubes
G Flamant, D Gauthier, H Benoit, JL Sans, B Boissière, R Ansart, ...
Energy Procedia 49, 617-626, 2014
492014
Dust emission by powder handling: comparison between numerical analysis and experimental results
R Ansart, A De Ryck, JA Dodds, M Roudet, D Fabre, F Charru
Powder Technology 190 (1-2), 274-281, 2009
372009
Sand-assisted fluidization of large cylindrical and spherical biomass particles: Experiments and simulation
F Fotovat, R Ansart, M Hemati, O Simonin, J Chaouki
Chemical Engineering Science 126, 543-559, 2015
352015
Dust emission in powder handling: Free falling particle plume characterisation
R Ansart, A De Ryck, JA Dodds
Chemical Engineering Journal 152 (2-3), 415-420, 2009
272009
Dust emission by powder handling: Influence of the hopper outlet on the dust plume
R Ansart, JJ Letourneau, A De Ryck, JA Dodds
Powder technology 212 (3), 418-424, 2011
262011
Experimental hydrodynamic study of gas‐particle dense suspension upward flow for application as new heat transfer and storage fluid
B Boissiere, R Ansart, D Gauthier, G Flamant, M Hemati
The Canadian Journal of Chemical Engineering 93 (2), 317-330, 2015
232015
Hydrodynamics and particle motion in upward flowing dense particle suspensions: Application in solar receivers
P García-Triñanes, J Seville, B Boissière, R Ansart, T Leadbeater, ...
Chemical Engineering Science 146, 346-356, 2016
172016
Dense gas-particle suspension upward flow used as heat transfer fluid in solar receiver: PEPT experiments and 3D numerical simulations
R Ansart, P García-Triñanes, B Boissière, H Benoit, JPK Seville, ...
Powder Technology 307, 25-36, 2017
132017
Modeling and simulation of drying operations in PVC powder production line: Experimental and theoretical study of drying kinetics on particle scale
A Aubin, R Ansart, M Hemati, T Lasuye, M Branly
Powder technology 255, 120-133, 2014
112014
Granular flows down inclined channels with a strain-rate dependent friction coefficient. Part I: Non-cohesive materials
A De Ryck, R Ansart, JA Dodds
Granular Matter 10 (5), 353, 2008
82008
Particle motion and heat transfer in an upward-flowing dense particle suspension: Application in solar receivers
P García-Triñanes, JPK Seville, R Ansart, H Benoit, TW Leadbeater, ...
Chemical Engineering Science 177, 313-322, 2018
42018
Emission de poussieres lors de la manipulation de poudre: interaction entre les particules en mouvement et l’air ambiant
R Ansart
32007
Numerical simulation of multiphase reactive flows
Z Hamidouche, E Masi, P Fede, R Ansart, H Neau, M Hemati, O Simonin
Advances in Chemical Engineering 52, 51-124, 2018
22018
Determination of PVC powder drying kinetics at particle scale: Experimental study and modeling
A Aubin, R Ansart, M Hemati, T Lasuye, M Branly
Drying technology 34 (16), 2000-2023, 2016
22016
Unsteady three-dimensional numerical simulations of methane combustion in dense fluidized bed
Z Hamidouche, E Masi, P Fede, O Simonin, R Ansart, M Hemati
22016
3D numerical simulation of Circulating Fluidized Bed: comparison between theoretical results and experimental measurements of hydrodynamic
R Ansart, M Hemati, H Neau, O Simonin
Fluidization Congress XIV From Fundamentals to Products, 26 May 2013 - 31 …, 2013
22013
3D unstationary simulations of a free-falling particle jet using a granular-kinetic hybrid model
Z Zeren, H Neau, R Ansart, O Simonin, E Belut
6èmes Journées Francophones sur les Réacteurs Gaz-Liquide et Gaz-Liquide …, 2012
22012
Effect of wall boundary conditions and mesh refinement on numerical simulation of pressurized dense fluidized bed for polymerization reactor
P Fede, O Simonin, R Ansart, H Neau, I Ghouila
22011
Effects of reducing the reactor diameter on the dense gas–solid fluidization of very heavy particles: 3D numerical simulations
R Ansart, F Vanni, B Caussat, C Ablitzer, M Brothier
Chemical Engineering Research and Design 117, 575-583, 2017
12017
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