Publications G. Kasperski

Teaching book

Physique : cours, exercices et annales corrigées,
D. Benredjem and G. Kasperski, Ellipses, collection PCEM, 2008.

Papers in refereed journals

Up to the unsteadiness of axisymmetric thermocapillary flows in a laterally heated liquid bridge
G. Kasperski, A. Batoul and G. Labrosse, Phys. Fluids 12 (1), (2000).
On the numerical treatment of viscous singularities in wall-confined thermocapillary convection
G. Kasperski and G. LAbrosse, Phys. Fluids 12 (11), (2000).
Sensitivity of the liquid bridge hydrodynamics to local capillary contributions
E. Chénier, C. Delcarte, G. Kasperski and G. LabrossePhys. Fluids 14 (9), (2002).
Spectrally accurate numerical incompressible flows with deformed boundaries: a finite volume preconditioning method
V. Delgado, G. Kasperski and G. Labrosse, J. Comp. Appl. Math. 168, 145-154 (2004).
Thermocapillary flows stability in floating zone under microgravity
O. Bouizi, C. Delcarte and G. Kasperski Int. J. Transport Phenomena 9.2, 85-103 (2007).
Stability study of the floating zone with respect to the Prandtl number value
O. Bouizi, C. Delcarte and G. Kasperski, Phys. Fluids 19 11, (2007).
On the regularity of some thermocapillary convection models
S. Nguyen, C. Delcarte and G. Kasperski, European Journal of Mechanics-B/Fluids 27 (2008) 771-784.

Book chapters

Thermocapillary flows and vorticity singularity
E. Chénier, C. Delcarte, G. Kasperski and G. Labrosse, Lecture notes in Physics 628 (2003)
Newtonian fluids and thermohydraulics
G. Labrosse and G. Kasperski, in Encyclopedia of Mathematical Physics Elsevier, ISBN-13: 978-0-12-512660-1 (2006).
Problems and recent developments in modelling of free surface flow
S. Nguyen, C. Delcarte, G. Kasperski and G. Labrosse, in Surface tension-driven flows and applications, Ed. R. Savino, ISBN: 81-308-0065-9 (2006).

International Conferences

Stress singularities in confined thermocapillary convection
G. Kasperski, E. Chénier, C. Delcarte and G. Labrosse , Space Technology and Applications International Forum STAIF-2000, Session 806, Fluid Physics Research in Microgravity, 30Jan-3Feb, Albuquerque (N.M.) , France (2000).
Sensitivity of the liquid bridge hydrodynamics to the treatment of the contact free surface/solid boundaries
G. Kasperski, E. Chenier, C. Delcarte and G. Labrosse, First IMA (International Marangoni Association) Conference, 12-16 Sept., Giessen, Germany (2001).
3. "Spectrally accurate numerical incompressible flows with deformed boundaries: a finite volume preconditionning method
V. Delgado, G. Kasperski and G. Labrosse, Second International Conference on Advanced Computational Methods in Engineering, ACOMEN 2002, 28-31 May 2002, Liège (Belgium), (2002).
Spectral simulation experiments with deformed free surface: thermocapillary convection in liquid bridge
V. Delgado, G. Kasperski and G. Labrosse, Fifth International Conference on Crystal Growth and Heat and Mass Transfer (ICSC-2003), 22-26 September, Obninsk, Russia (2003).
Treatment of the vorticity singularity in thermocapillary flows
S. Nguyen, C. Delcarte and G. Kasperski, International Marangoni Association Congress, IMA2, 14-17 july, Bruxelles (Belgium), (2004).
Sensitive regions and optimal perturbations in the floating zone using the adjoint system
O. Bouizi, C. Delcarte and G. Kasperski, XXI International Congress of Theoretical and Applied Mechanics, 15-21 August, Warsaw (Poland), 2004.
Thermocapillary flows stability in floating zone under microgravity
O. Bouizi, C. Delcarte, G. Kasperski, Sixteenth International Symposium on Transport Phenomena, ISTP-16, August 29- September 1, Pargue (Czech Republic), (2005) .
Finite volume: the best preconditionner for elliptic spectral problems. Application to flows generated in deformed driven cavities
A. Redondo, G. Kasperski and G. Labrosse, Congrès Mondial IMACS 2005, 11-15 July, Paris, France (2005).
Spectrally accurate flows in warped quadrilateral cavity,
A. Redondo, G. Kasperski and G. Labrosse, Symposium Advanced Numerical Methods for Engineering Applications, ULB, Brussels, July 3-4, (2006).
Lid-driven cavity deformations and flows stability
A. Redondo, G. Kasperski and G. Labrosse, International Marangoni Association Conference, IMA3, November 15-17, Gainesville (Florida) (2006).
On lid-driven cavity flows,
G. Kasperski, A. Redondo and G. Labrosse, Meeting on interfacial fluid mechanics and transport processes, 28-29 June, Paris, France, (2007).
Break of symmetry in a two-lid driven cavity,
T. Lemée, G. Labrosse, G. Kasperski, R. Narayanan, 64th Annual Meeting of the APS Division of Fluid Dynamics, Sunday–Tuesday, November 20–22, Baltimore, Maryland (2011).

National Conferences and Workshops

Stress problems in liquid bridge thermocapillary convection: a numerical approach,
G. Kasperski and G. Labrosse, PCC99 AMIF-ESF Workshop, Phase Change with Convection: Modelling and Validation, 24-26 June, Varsaw (Poland) (1999).
About the hydrodynamics of the liquid bridge: how to deal with the singularity at the contact free surface/solid boundary?,
E. Chénier, C. Delcarte, G. Kasperski, G. Labrosse , COSPAR 2000, session G0.1, 16-23 july 2000, Varsaw (Poland) (1999).
Effet du nombre de Prandtl sur la stabilité d'écoulements thermocapillaires en pont liquide,
O. Bouizi , E. Chéénier, C. Delcarte, G. Kasperski, Congr&egrace;s SFT, 29-31 mai, Nantes (France) (2001).
Thermocapillary convection and vorticity singularity,
C. Delcarte, G. Kasperski, G. Labrosse , S. Nguyen, Workshop Diffuse Interface Models, April 24-26, Lyon (France) (2002).
Seuils de transition 2D/3D de la convection thermocapillaire en zone flottante,
Bouizi O., Delcarte C., Kasperski G. : 16ème Congrès Français de Mécanique, Nice 3-6 sept. (2003).
Thermocapillary flow stability in floating zone under low gravity,
O. Bouizi , C. Delcarte, G. Kasperski, COSPAR 2004, 18-25 july, Paris (France) (2004).

Ph.D. Thesis

Convection thermocapillaire bidimensionnelle en pont liquide chauffé latéralement,
G. Kasperski, Thèse de doctorat de l'Université Paris-XI, 27 janvier (1999).

Last modification: September 25 2007, 11:55:44.