Auteur: KAMP Arjan

FADAEI Hossein, DEBENEST Gerald, KAMP Arjan, QUINTARD Michel, RENARD G. (2010) How the In-Situ Combustion Process Works in a Fractured System: 2D Core- and Block-Scale Simulation. SPE Reserv. Eval. Eng., 13 . pp. 118-130. ISSN 1094-6470

LAPENE Alexandre, CASTANIER Louis, DEBENEST Gerald, QUINTARD Michel, KAMP Arjan, CORRE Bernard (2009) Effects of Water on Kinetics of Wet In-situ Combustion. In: 2009 SPE Western Regional Meeting, 24-26 March 2009, San Jose, USA.

FADAEI Hossein, QUINTARD Michel, DEBENEST Gerald, RENARD Gérard, KAMP Arjan (2009) How In-Situ Combustion Works in a Fractured System. SPE.

LAPENE Alexandre, DEBENEST Gerald, QUINTARD Michel, KAMP Arjan, CORRE Bernard, CASTANIER Louis (2009) A two phase compositional model for kinetic cell experiment simulations. In: MAMERN09:3rd International Conference on Approximation Methods and Numerical Modeling in Environment and Natural ressources, 8-11 June 2009, Pau, France.

LAPENE Alexandre, CASTANIER Louis, DEBENEST Gerald, QUINTARD Michel, KAMP Arjan, CORRE Bernard (2009) Effects of Steam on Heavy Oil Combustion. SPE Reserv. Eval. Eng. . ISSN 1094-6470

FADAEI Hossein, QUINTARD Michel, DEBENEST Gerald, RENARD Gérard, KAMP Arjan (2008) Study of Heavy Oil Recovery from a Fractured Carbonate Reservoir Using in Situ combustion. In: ECMOR XI, 8-11 Septembre 2008, Bergen.

COLIN Catherine, KAMP Arjan, FABRE Jean (2006) The effect of gravity upon the dynamics of a turbulent bubbly pipe flow. In: European Two-Phase Flow Group Meeting, Juin 2006, Lausanne, Suisse.

FADAEI Hossein, QUINTARD Michel, DEBENEST Gerald, RENARD Gérard, KAMP Arjan Study of Heavy Oil Recovery from a Fractured Carbonate Reservoir Using in Situ combustion. In: ECMOR XI, 8-11 Septembre 2008, Bergen, Norvège..

COLIN Catherine, FABRE Jean, RISSO Frédéric, KAMP Arjan, LEGENDRE Dominique (2001) Déformation et dynamique de bulles en micropesanteur. In: Sciences de la matière et microgravité, 2001-01-01, France.

KAMP Arjan, COLIN Catherine, CHESTERS A.K., FABRE Jean (2003) Bubble coalescence in turbulent flow: a mechanistic model for turbulence induced coalescence applied to microgravity bubblly pipe flow. International Journal of Multiphase Flow, 27 N°8 . pp. 1363-1396.

KAMP Arjan (2001) Ecoulements turbulents à bulles dans une conduite en micropesanteur. NON SPECIFIÉ thesis, NON SPECIFIÉ.