Publications
Temporal instability of plane gas sheets in a viscous liquid medium. Physics of Fluids, 8(1), 103-111. AIP.
. (1996). On the scaling of separation bubbles. JSME International Journal Series B Fluids and Thermal Engineering, 38(4), 541-548. The Japan Society of Mechanical Engineers.
. (1995). . (1995). On the instability of plane liquid sheets in two gas streams of unequal velocities. Acta Mechanica, 106(3), 137-156. Springer.
. (1994). Spatial instability of plane liquid sheets. Chemical engineering science, 48(16), 2973-2981. Elsevier.
. (1993). A droplet vaporization model for spray calculations. Particle & particle systems characterization, 9(1‐4), 59-65. Wiley Online Library.
. (1992). On the prediction of droplet size and velocity distributions in sprays through maximum entropy principle. Particle & particle systems characterization, 9(1‐4), 195-201. Wiley Online Library.
. (1992). Comparison between experiments and predictions based on maximum entropy for sprays from a pressure atomizer. Combustion and flame, 86(1-2), 73-89. Elsevier.
. (1991). Droplet ignition with variable properties and distinct binary diffusion coefficients. AIAA journal, 29(7), 1131-1135.
. (1991). A mass transfer correlation for droplet evaporation in high-temperature flows. Chemical engineering science, 46(9), 2351-2358. Elsevier.
. (1991). SPRAY BEHAVIOR IN NONSWIRUNG AND SWIRLING ANNULAR AIR FLOWS. Atomization and Sprays, 1(3). Begel House Inc.
. (1991). On the temporal instability of a two-dimensional viscous liquid sheet. Journal of Fluid Mechanics, 226, 425-443. Cambridge University Press.
. (1991). Calculated characteristics of droplet size and velocity distributions in liquid sprays. Particle & particle systems characterization, 7(1‐4), 54-59. Wiley Online Library.
. (1990). Spray behavior in annular air streams. Combustion science and technology, 64(1-3), 141-165. Taylor & Francis.
. (1989). Derivation of droplet size distribution in sprays by using information theory. Combustion science and technology, 60(4-6), 345-357. Taylor & Francis.
. (1988). Droplet size distribution: A derivation of a Nukiyama-Tanasawa type distribution function. Combustion Science and Technology, 56(1-3), 65-76. Taylor & Francis.
. (1987).