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CERFACS CERFACS Scientific Activity Report Jan. 2010 – Dec. 2011

CERFACS CERFACS Scientific Activity Report Jan. 2010 – Dec. 2011

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ADVANCED METHODS AND MULTIPHYSICS<br />

[13] J. Kent, A. Masri, S. Starner, and S. Ibrahim, (2005), A new chamber to study premixed flame<br />

propagation past repeated obstacles, In 5th Asia-Pacific Conf. Combust., Adelaide, Australia.<br />

[14] G. Lacaze, B. Cuenot, T. J. Poinsot, and M. Oschwald, (2009), Large Eddy Simulation of Laser<br />

ignition and compressible reacting flow in a rocket-like configuration, Combust. Flame , 156, 1166–<br />

1180.<br />

[15] R. Lecourt, (2009), Injection system two-phase flow caracterization (lda-pda), tech. rep., Timecop<br />

<strong>Report</strong> No. 2.2.1c.<br />

[16] K. M. Leung and R. P. Lindstedt, (1991), A simplified reaction mechanism for soot formation in<br />

nonpremixed flames, Combust. Flame , 87.<br />

[17] M. Leyko, F. Nicoud, and T. Poinsot, (2009), Comparison of Direct and Indirect Combustion Noise<br />

Mechanisms in a Model Combustor, AIAA Journal , 47, 2709–2716.<br />

[18] F. E. Marble and S. Candel, (1977), Acoustic disturbances from gas nonuniformities convected<br />

through a nozzle, J. Sound Vibration , 55, 225–243.<br />

[19] E. Masi, O. Simonin, E. Riber, P. Sierra, and L. Gicquel, (2012), The RUM particle kinetic stress<br />

tensor in dilute solid laden turbulent flows. Part 1 : model development and a priori analysis, J. Fluid<br />

Mech, submitted.<br />

[20] J. Moss, C. Stewart, and K. Young, (1995), Modeling soot formation and burnout in a high temperature<br />

laminar diffusion flame burning under oxygen-enriched conditions, Combust. Flame , 101, 491–500.<br />

[21] F. Nicoud and K. Wieczorek, (2009), About the zero Mach number assumption in the calculation of<br />

thermoacoustic instabilitie, Int. J. Spray and Combustion Dynamic, 1, 67–112.<br />

[22] M. Saffaripour, P. Zabeti, S. B. Dworkin, Q. Zhang, H. Guo, F. Liu, G. J. Smallwood, and M. J.<br />

Thomson, (<strong>2011</strong>), A numerical and experimental study of a laminar sooting coflow Jet-A1 diffusion<br />

flame, Proc. Combust. Inst., 33, 601–608.<br />

[23] A. Sengissen, A. Giauque, G. Staffelbach, M. Porta, W. Krebs, P. Kaufmann, and T. Poinsot, (2007),<br />

Large Eddy Simulation of piloting effects on turbulent swirling flames, Proc. of the Combustion Institute,<br />

31, 1729–1736.<br />

[24] A. Shabbir and J. J. Adamczyk, (2005), Flow mechanism for stall margin improvement due to<br />

circumferential casing grooves on axial compressors, J. Turbomach., 127.<br />

[25] J. Steinhoff, M. Fan, L. Wang, and W. Dietz, (2003), Convection of concentrated vortices and passive<br />

scalars as solitary waves, Journal of <strong>Scientific</strong> Computing, 19, 457–478.<br />

[26] K. L. Suder and M. L. Celestina, (1996), Experimental and computational investigation of the tip<br />

clearance experimental and computational investigation of the tip clearance flow in a transonic axial<br />

compressor rotor, J. Turbomach., 118.<br />

[27] P. Wolf, G. Staffelbach, R. Balakrishnan, A. Roux, and T. Poinsot, (<strong>2010</strong>), Azimuthal instabilities in<br />

annular combustion chambers, In Center for Turbulence Research Summer Program, N. A. U. Center for<br />

Turbulence Research, ed., 259–269.<br />

[28] F. Xu, P. Sunderland, and G. Faeth, (1997), Soot formation in laminar premixed ethylene/air ames at<br />

atmospheric pressure., Combustion and Flame, 108, 471–493.<br />

166 <strong>Jan</strong>. <strong>2010</strong> – <strong>Dec</strong>. <strong>2011</strong>

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