| 1269 - 1284 |
Impinging jets confined by a conical wall - high Schmidt mass transfer predictions in laminar flow
Miranda JM, Campos JBLM |
| 1285 - 1297 |
Modeling Soret coefficient measurement experiments in porous media considering thermal and solutal convection
Benano-Melly LB, Caltagirone JP, Faissat B, Montel F, Costeseque P |
| 1299 - 1307 |
Two bifurcation transitions of the floating half zone convection in a fat liquid bridge of larger Pr
Tang ZM, Hu WR, Imaishi N |
| 1309 - 1322 |
Determination of heat sources and heat transfer coefficient for two-dimensional heat flow - numerical and experimental study
Abou khachfe R, Jarny Y |
| 1323 - 1342 |
Determination of the quench velocity and rewetting temperature of hot surfaces. Part I: analytical solution of the micro-scale hydrodynamic model
Ben David M, Zimmels Y, Zvirin Y |
| 1343 - 1371 |
Determination of the quench velocity and rewetting temperature of hot surfaces. Part II: an integrated approach of hydrodynamic-thermodynamic micro- and macro-scale models
Ben David M, Zimmels Y, Zvirin Y |
| 1373 - 1378 |
Heat transfer enhancement by using metallic filament insert in channel flow
Wang S, Guo ZY, Li ZX |
| 1379 - 1387 |
An improved data reduction method for transient liquid crystal thermography on film cooling measurements
Chen PH, Ding PP, Ai D |
| 1389 - 1399 |
The selection criterion of injection temperature pair for transient liquid crystal thermography on film cooling measurements
Ai D, Ding PP, Chen PH |
| 1401 - 1410 |
Radiation effects on mixed convection heat transfer in a vertical square duct
Yan WM, Li HY |
| 1411 - 1423 |
Non-spherical bubble collapse mechanics in binary solutions
Cao J, Christensen RN |
| 1425 - 1438 |
A method for multiple steady line heat sources identification in a diffusive system: application to an experimental 2D problem
Le Niliot C, Lefevre F |
| 1439 - 1449 |
The prediction of Marangoni convection in binary liquid-liquid systems with added surfactants
Agble D, Mendes-Tatsis MA |
| 1451 - 1454 |
Forced convection from aluminum foam materials in an asymmetrically heated channel
Kim SY, Kang BH, Kim JH |
