1 - 27 |
Modeling of gasoline spray impingement Bai CX, Rusche H, Gosman AD |
29 - 47 |
Brachial burning and gasification split of a convecting two-droplet system Chen WH |
49 - 67 |
Breakup and atomization of a kerosene jet in crossflow at elevated pressure Becker J, Hassa C |
69 - 89 |
Characterization of a residential fire sprinkler using phase Doppler interferometry Widmann JF |
91 - 106 |
Spreading angle and centerline variation of density of supercritical nitrogen jets Oschwald M, Micci MM |
107 - 121 |
Experimental study and neural network modeling of the ligament disintegration in rotary atomization Sternowsky S, Schulte G, Guardani R, Nascimento CAO |
123 - 143 |
Stability boundaries of laminar premixed polydisperse spray flames Greenberg JB |
145 - 161 |
Spray evaporation Marcic M |
163 - 186 |
A preferential vaporization model for multicomponent droplets and sprays Zeng YB, Lee CFF |
187 - 208 |
The spray-induced flow and its effect on the turbulent characteristic combustion time in DI diesel engines Tanner FX, Reitz RD |
209 - 227 |
Effect of injection gas density on coaxial liquid jet atomization Porcheron E, Carreau JL, Prevost L, Le Visage D, Roger F |
229 - 245 |
A comparison of spray characteristics between an air-assisted fuel injector and a high-pressure swirl injector for gasoline direct-injection engine application Jang C, Choi S |
247 - 266 |
Numerical simulation of droplet formation from coaxial twin-fluid atomizer Inamura T, Daikoku M |
267 - 281 |
Conversion of droplet size distributions from PMS optical array probe to malvern laser diffraction Teske ME, Thistle HW, Hewitt AJ, Kirk IW |
283 - 297 |
Two-step start transients with long feedlines discharging liquid through sharp-edged cylindrical nozzles Ramanturthi K, Nandakumar K, Patnaik R |
299 - 327 |
The influence of viscoelastic fluid properties on spray formation from flat-fan and pressure-swirl atomizers Stelter M, Brenn G, Durst F |
329 - 358 |
Theoretical investigation on variable-density sprays de Risi A, Donateo T, Laforgia D |