| 161 - 162 |
The interaction of fluid mechanics and heat transfer
Churchill SW |
| 163 - 173 |
Essentially exact characteristics of turbulent connection in a round tube
Heng L, Chan C, Churchill SW |
| 175 - 182 |
Numerical computation of natural convection for a low-Prandtl-number fluid in a shallow rectangular region heated from below
Nakano A, Ozoe H, Churchill SW |
| 183 - 189 |
Numerical study of natural convection in Czochralski crystallization
Wu XB, Kakimoto K, Ozoe H, Guo ZY |
| 191 - 200 |
Standing-oscillatory natural convection computed for molten silicon in Czochralski configuration
Tomonari H, Iwamoto M, Kakimoto K, Ozoe H, Suzuki K, Fukuda T |
| 201 - 205 |
Rayleigh-Benard oscillatory natural convection of liquid gallium heated from below
Yamanaka Y, Kakimoto K, Ozoe H, Churchill SW |
| 207 - 212 |
The characteristics of a heat-recirculating ceramic burner
Shinoda M, Maihara R, Kobayashi N, Arai N, Churchill SW |
| 213 - 220 |
Experiments of a premixed flame inside a refractory tube
Kansuntisukmogkol R, Ozoe H, Churchill SW |
| 221 - 231 |
A numerical analysis of NOx formation and control in radiatively/conductively-stabilized pulverized coal combustors
Kim C, Lior N |
| 233 - 242 |
Modeling of coal combustion and NOx formation in a W-shaped boiler furnace
Fan JR, Jin J, Liang XH, Chen LH, Cen KF |
| 243 - 252 |
The role of thermal and transport properties on the binder burnout of injection-molded ceramic components
West AC, Lombardo SJ |
