| 101 - 102 |
Untitled
Yan WC, Pfeffer R |
| 103 - 112 |
Single bubble formation in high pressure liquid-solid suspensions
Luo XK, Yang GQ, Lee DJ, Fan LS |
| 113 - 118 |
Minimum fluidization velocities for gas-liquid-solid three-phase systems
Zhang JP, Epstein N, Grace JR |
| 119 - 122 |
A numerical validation of continuum time averaging
de Wall RV, Soo SL |
| 123 - 136 |
Coherent structures in multiphase flows
Van den Akker HEA |
| 137 - 146 |
Scale effects in fluidized multiphase reactors
Krishna R, van Baten JM, Ellenberger J |
| 147 - 160 |
Comparison of jetting phenomena in 30-cm and 3-m diameter semicircular fluidized beds
Yang WC |
| 161 - 165 |
Particle paths in three-dimensional flow fields as a means of study : opposing jet mixing system
Zhao Y, Brodkey RS |
| 166 - 172 |
Transient dynamics of solid concentration in downer fluidized bed
Tuzla K, Sharma AK, Chen JC, Schiewe T, Wirth KE, Molerus O |
| 173 - 182 |
Dynamics of gas-particle flow in circulating fluidized beds
Srivastava A, Agrawal K, Sundaresan S, Karri SBR, Knowlton TM |
| 183 - 189 |
Profiles of particle velocity and solids fraction in a high-density riser
Wei F, Lin HF, Cheng Y, Wang ZW, Jin Y |
| 190 - 199 |
A parametric study of a horizontal rotating fluidized bed using slotted and sintered metal cylindrical gas distributors
Qian GH, Bagyi I, Pfeffer R, Shaw H, Stevens JG |
| 200 - 210 |
Confirmation of Faraday's explanation of bunkering in vibrated granular beds
Thomas B, Squires AM |
| 211 - 222 |
Simulations of vibrated fine powders
Venkatesh RD, Grmela M, Chaouki J |
| 223 - 236 |
Prediction of agglomerate sizes in bubbling fluidized beds of group C powders
Iwadate Y, Horio M |
| 237 - 241 |
Multi-component granulation in a fast fluidized bed
Tsutsumi A, Suzuki H, Saito Y, Yoshida K, Yamazaki R |
| 242 - 250 |
Attrition of porous glass particles in a fluidised bed
Stein M, Seville JPK, Parker DJ |
| 251 - 259 |
Particle sizing using particle imaging velocimetry for two-phase flows
Kadambi JR, Martin WT, Amirthaganesh S, Wernet MP |
| 260 - 272 |
A novel calibration procedure for a fiber optic solids concentration probe
Zhang H, Johnston PM, Zhu JX, de Lasa HI, Bergougnou MA |
