References of "Dauby, Pierre"
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See detailElectrical mapping of spontaneous ventricular fibrillation in acutely ischemic pigs.
Desaive, Thomas ULg; Janssen, Nathalie; Péters, Fabrise et al

in Proceedings of the 5th Belgian Day on Biomedical Engineering, 2005, Brussels (2005)

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See detailClosed-loop model of the cardiovascular system including ventricular interaction and valve dynamics: application to pulmonary embolism
Desaive, Thomas ULg; Dutron, S.; Lambermont, Bernard ULg et al

in 12th International Conference on Biomedical Engineering (2005)

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See detailExperiments on the role of gas height in the Rayleigh-Marangoni instability problem.
Ozen, O.; Theisen, E.; Johnson, Duane T et al

in Journal of Colloid & Interface Science (2005), 289(1), 271-5

Experimental evidence is provided to show the effect of gas phase dynamics on the onset of thermal convection and on the accompanying patterns in a silicone oil-air convecting bilayer. Very good agreement ... [more ▼]

Experimental evidence is provided to show the effect of gas phase dynamics on the onset of thermal convection and on the accompanying patterns in a silicone oil-air convecting bilayer. Very good agreement with three-dimensional calculations for linearized stability is obtained mostly for small and large gas heights. Reasons for this agreement as well as the results at intermediate gas heights are qualitatively explained from the perspective of well-established nonlinear analysis. [less ▲]

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See detailImproved 1.5-sided model for the weakly nonlinear study of Benard-Marangoni instabilities in an evaporating liquid layer.
Margerit, Jonathan; Dondlinger, Mireille; Dauby, Pierre ULg

in Journal of Colloid & Interface Science (2005), 290(1), 220-30

Benard-Marangoni instability, with coupled gravity and surface tension effects, in an evaporating liquid layer surmounted by its vapor and an inert gas is investigated theoretically. We show that this ... [more ▼]

Benard-Marangoni instability, with coupled gravity and surface tension effects, in an evaporating liquid layer surmounted by its vapor and an inert gas is investigated theoretically. We show that this system can be described by a model that consists in the liquid layer equations plus the diffusion equation for the vapor in the gas (the so-called 1.5-sided model) and that this model is equivalent to a one-sided model when the vapor mass fraction field can be considered as quasi-stationary, provided that the equivalent Biot number is a nonlocal function of the interface temperature. A comparison of weakly nonlinear results for the 1.5-sided model with a previous one-sided model [M. Dondlinger, J. Margerit, P.C. Dauby, J. Colloid Interface Sci. 283 (2) (2005) 522-532] that considered a Biot number depending on the wavenumber evaluated at the threshold is performed. Very good agreement is found between both models. For this reason, the present analysis can also be considered as a detailed theoretical justification for the use of a one-sided model in the study of evaporative thermoconvection. [less ▲]

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See detailApproches des phénomènes chaotiques
Dauby, Pierre ULg

Learning material (2005)

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See detailWeakly nonlinear study of Marangoni instabilities in an evaporating liquid layer
Dondlinger, Mireille; Margerit, Jonathan; Dauby, Pierre ULg

in Journal of Colloid & Interface Science (2005), 283(2), 522-532

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See detailStabilité thermomagnétoconvective d'un ferrofluide dans une couche poreuse en rotation
Desaive, Thomas ULg; Hennenberg, Marcel; Dauby, Pierre ULg

in Mécanique & Industries (2004), 5(5),

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See detailLinear and nonlinear analyses of convective instabilities in evaporating liquid layers
Dondlinger, M.; Margerit, J.; Dauby, Pierre ULg

in On Interfacial Fluid Dynamics And Processes in phyisico-chemical systems (2004)

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See detailAn unified extended thermodynamic description of diffusion, thermodiffusion, suspensions and porous media
Lebon, Georgy ULg; Desaive, Thomas ULg; Dauby, Pierre ULg

in Proceedings International Conference on thermal engineering theory and application, Beirut (Liban), 2004 (2004)

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See detailExtended Thermodynamic Description of Thermodiffusive Mass Transport
Lebon, Georgy ULg; Desaive, Thomas ULg; Dauby, Pierre ULg et al

in Proc. 6 th Int. Meeting on Thermodiffusion (IMT6), Varenna, July 2004 (2004)

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See detailAnalyse de stabilité linéaire d'un ferrofluide saturant un milieu poreux en rotation
Desaive, Thomas ULg; Hennenberg, M.; Dauby, Pierre ULg

in congrès français de mécanique (2003)

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See detailLa thermodiffusion revisitée
Lebon, Georgy ULg; Desaive, Thomas ULg; Dauby, Pierre ULg

in 6ème congrès de mécanique (2003)

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See detailInfluence of a nonlinear reference temperature profile on oscillatory Benard-Marangoni convection.
Dondlinger, M.; Colinet, P.; Dauby, Pierre ULg

in Physical Review. E : Statistical, Nonlinear, and Soft Matter Physics (2003), 68(6 Pt 2), 066310

We analyze oscillatory instabilities in a fluid layer of infinite horizontal extent, heated from above or cooled from below, taking into account the nonlinearity of the reference temperature profile ... [more ▼]

We analyze oscillatory instabilities in a fluid layer of infinite horizontal extent, heated from above or cooled from below, taking into account the nonlinearity of the reference temperature profile during the transient state of heat conduction. The linear stability analysis shows that a nonlinear reference temperature profile can have a strong effect on the system, either stabilizing or destabilizing, depending on the relative importance of buoyancy and surface tension forces. For the nonlinear analysis we use a Galerkin-Eckhaus method leading to a finite set of amplitude equations. In the two-dimensional (2D) case, we show the solution of these amplitude equations are standing waves. [less ▲]

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See detailStability analysis of Bénard-Marangoni convection in the case of cooling from below
Dondlinger, Mireille; Dauby, Pierre ULg

in Proceedings du 6ème Congrès National de Mécanique théorique et appliquée (NCTAM-2003), Gent (Belgium), 26-27 may 2003 (2003)

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See detailConvection de Bénard-Marangoni en régime oscillant
Dondlinger, Mireille; Dauby, Pierre ULg

in Proceedings du 16ème Congrès français de mécanique, Nice, 1-5 septembre 2003 (2003)

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See detailApplication of the laser beam deflection to the study of temperature filed and heat transfer in natural convection,
Cerisier, P.; Sylvain, J. D.; Dauby, Pierre ULg

in Experiments in Fluids (2002), 33

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See detailGeneralized Fourier equations and thermoconvective instabilities
Dauby, Pierre ULg; Nelis, M.; Lebon, Georgy ULg

in Revista Mexicana De Fisica (2002), 48(Suppl. 1), 57-62

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See detailAmplitude equations for Rayleigh-Benard convective rolls far from threshold
Dauby, Pierre ULg; Desaive, Thomas ULg; Bragard, J. et al

in Physical Review E (2001), 64(6), 66301

An extension of the amplitude method is proposed. An iterative algorithm is developed to build an amplitude equation model that is shown to provide precise quantitative results even far from the linear ... [more ▼]

An extension of the amplitude method is proposed. An iterative algorithm is developed to build an amplitude equation model that is shown to provide precise quantitative results even far from the linear instability threshold. The method is applied to the study of stationary Rayleigh-Benard thermoconvective rolls in the nonlinear regime. In particular, the generation of second and third spatial harmonics is analyzed. Comparison with experimental results and direct numerical calculations is also made and a very good agreement is found. [less ▲]

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See detailThe influence of gas depth on interfacial convection in a liquid gas bilayer.
Narayanan, Ranga; Theisen, Eric; Johnson, Duane et al

in Bulletin of the American Physical Society, Proceedings of the 54th Annual Meeting of the APS Division of Fluid Dynamics (2001, November 01)

We present a study of the influence of air height on the pattern formation at the onset of interfacial convection in a liquid -gas bilayer. Bilayer convection results from interaction of two immiscible ... [more ▼]

We present a study of the influence of air height on the pattern formation at the onset of interfacial convection in a liquid -gas bilayer. Bilayer convection results from interaction of two immiscible, superposed fluid layers and it is a transport problem that is affected by the ratios of various thermophysical properties and geometries. By using both calculations and experiments, a new convection-coupling mechanism is revealed. When the gas depth is low the convection is dominant in the liquid. It is of the Rayleigh Marangoni type and subcritical convection may be seen for axisymmetric patterns at the onset. For large gas heights the convection in the upper fluid layer simultaneously generates transverse thermal gradients along the fluid-fluid interface immediately causing surface tension gradient and buoyancy driven-convection in the lower fluid. The convection in the gas is of the Rayleigh type and the self-adjoint nature of the mathematical problem is depicted in the experiment wherein no subcritical motion occurs. In both the calculations and the experiment, silicone oil and air were used as the two fluids. As the viscosity of air is quite low compared to the silicone oil, convection in the air has no mechanical influence on the silicone oil and it is this property that is advantageous in isolating the new convection mechanism. The correspondence between theory and experiment is excellent. [less ▲]

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See detailApplication of the laser deflection to the study of temperature fields in two-dimensional flows
Cerisier, P.; Dauby, Pierre ULg

in Proceedings of the VI International science-technical conference, Optical methods of flows investigation (2001)

Detailed reference viewed: 4 (0 ULg)