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List of scientific publications

Discipline(s) : Aéraulique–ventilation-captage
42 results
  • Simulation of airborne nanoparticles transport, deposition and aggregation: experimental validation of a CFD-QMOM approach ET2013-005/P2016-134 | 2016
    This paper evaluates the ability of a CFD-QMOM modeling approach to predict the dynamics of the particle size distribution (PSD) of airborne non-spherical nanoparticles. The experimental case of a small chamber ventilated by a steady turbulent…
  • A new experimental dataset to validate CFD models of airborne nanoparticles agglomeration ET2013-005/P2016-060 | 2016
    The dynamics of airborne nanoparticles undergoing transport, agglomeration and deposition in a chamber is experimentally studied. We consider the case of a small chamber swept by a constant airflow (ReH=14000) laden with nanoparticles at a controlled…
  • Modelling of Nanoparticle Coagulation and Transport in Pipe Flow C.7/1.045/P2013-166 | 2013
    Industrial interest in nanoparticles leads to concerns about their significant presence in workplaces. Their increased use may have particular consequences in terms of occupational hygiene when considering a potentially hazardous nano-structured…
  • Simulation of nanoparticle coagulation under Brownian motion and turbulence in a differential–algebraic framework: Developments and applications ET2013-005/P2013-177 | 2014
    This paper is devoted to the modeling of the dynamics of nano-aerosols under Brownian motion and turbulence effects. An Eulerian point of view is considered through a population balance equation which is solved in a differential–algebraic…
  • Non disponible C.7/1.044/P2013-188/HST 233 | 2013
    Non disponible
  • Analytical and practical analysis of frictional-kinetic model for dense and dilute gas-solid flows ET2013-007/P2016-156 | 2016
    In granular flows, when the solid volume fraction is large, the dynamic behaviour of particles becomes controlled by frictional effects. Theoretically these effects can not be taken into account in an Eulerian approach, based on the kinetic theory…
  • Eulerian simulation of 3D freely-falling granular jet ET2013-007/P2016-145 | 2016
    The purpose of the paper is the numerical simulation of a silo discharge by using an Euler-Euler approach. 3D unsteady numerical simulations of an experiment have been performed. The geometry is composed of a silo and of a free-fall chamber. Then…
  • Numerical analysis of dust emission by powder discharge and jet expansion ET2013-007/P2015-164 | 2015
    The paper deals with the Euler-Euler numerical simulation of an experimental study (Ansart et al., 2009[1]) of freely falling granular jetfor investigating the dispersion of dust. The configuration is a bunker,where quasi-static particulate flow…
  • Energy recovery: performance of a heating and ventilation installation in a wood-working facility C.7/2.048/P2015-120/NT30 | 2015
    Using systems for collecting hazardous substances at source is very often the only solution that makes it possible to preserve the health of workers exposed to such substances. The air extracted in that way needs to be replaced by ventilation…
  • Energy recovery: evaluating a plate heat exchanger C.7/2.048/P2014-128/NT 12 | 2014
    Using systems for collecting hazardous substances at source is the only solution that makes it possible to preserve the health of workers exposed to such substances. Unfortunately, the air extracted in this way must be compensated for by energy-guzzling…
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