| 157 - 162 |
EXPLORING A NON-DIMENSIONAL VARYING EXPONENT EQUATION RELATING MINIMUM SPOUTING VELOCITY TO MAXIMUM SPOUTABLE BED DEPTH
Du W, Bi XT, Epstein N |
| 163 - 168 |
MASS TRANSFER DURING AIR HUMIDIFICATION IN SPOUTED BEDS
Kmiec A, Englart S, Ludwinska A |
| 169 - 176 |
SIMULATION OF COAL GASIFICATION IN A PRESSURIZED SPOUT-FLUID BED GASIFIER
Li QJ, Zhang MY, Zhong WQ, Wang XF, Xiao R, Jin BS |
| 177 - 184 |
CFD MODELLING OF A SEMI-CYLINDRICAL SPOUTED BED: NUMERICAL SIMULATION AND EXPERIMENTAL VERIFICATION
Bettega R, de Almeida ARF, Correa RG, Freire JT |
| 185 - 192 |
HEAT TRANSFER IN SPRAYED SPOUTED BEDS
Englart S, Kmiec A, Ludwinska A |
| 193 - 203 |
SCALE-UP STUDY OF SPOUTED BEDS USING COMPUTATIONAL FLUID DYNAMICS
Bettega R, Guimaraes-Correa R, Freire JT |
| 204 - 210 |
SCALE-UP STRATEGY FOR THE JETTING FLUIDIZED BED USING A CFD MODEL BASED ON TWO-FLUID THEORY
Wang QC, Zhang K, Brandani S, Jiang JC |
| 211 - 219 |
THREE-DIMENSIONAL COMPUTATIONAL FLUID DYNAMICS MODELLING OF SPOUTED BED
Santos KG, Murata VV, Barrozo MAS |
| 220 - 227 |
ANALYSIS ON CHAOTIC NATURE OF A PRESSURIZED SPOUT-FLUID BED BY INFORMATION THEORY BASED SHANNON ENTROPY
Zhong WQ, Wang XF, Li QJ, Jin BS, Zhang MY, Xiaoi R, Huang YJ |
| 228 - 236 |
EFFECT OF THE TUBE SHAPE ON GAS AND PARTICLE FLOW IN SPOUTED BEDS WITH A POROUS DRAFT TUBE
Nagashima H, Ishikura T, Ide M |
| 237 - 251 |
NUMERICAL SIMULATION OF A SPOUTED BED WITH A DRAFT TUBE WITH AND WITHOUT LIQUID SPRAY
Li TW, Pougatch K, Salcudean M, Grecov D |
| 252 - 263 |
CHAOTIC CHARACTERISTICS OF PRESSURE FLUCTUATIONS IN A GAS SPOUTED BED
Xu J, Bao XJ, Wei WS, Bi HT, Grace JR, Lim CJ |
| 264 - 273 |
MEASUREMENTS OF LOCAL FLOW STRUCTURES OF CONICAL SPOUTED BEDS BY OPTICAL FIBRE PROBES
Wang ZG, Bi HT, Lim CJ |
| 274 - 278 |
MINIMUM SPOUTING VELOCITY IN A SPOUT-FLUID BED WITH A DRAFT TUBE
Xu J, Tang JL, Wei WS, Bao XJ |
| 279 - 288 |
DRYING OF HERBAL EXTRACT IN A DRAFT-TUBE SPOUTED BED
Souza CRF, Oliveira WR |
| 289 - 297 |
IDENTIFICATION OF THE STATE OF A WET SPOUTED BED THROUGH TIME-FREQUENCY ANALYSIS OF PRESSURE FLUCTUATION TIME SERIES
Oliveira WR, Souza CRF, Lim CJ, Grace JR |
| 298 - 307 |
INVESTIGATION OF ACOUSTIC SIGNALS AS A TOOL FOR CHARACTERIZING SPOUTED BED DYNAMICS
Oliveira WP, Grace JR, Lim CJ, Hodgson MR |
| 308 - 317 |
A DISCRETE ELEMENT STUDY OF WET PARTICLE-PARTICLE INTERACTION DURING GRANULATION IN A SPOUT FLUIDIZED BED
van Buijtenen MS, Deen NG, Heinrich S, Antonyuk S, Kuipers JAM |
| 318 - 328 |
CFD MODELING OF A PRISMATIC SPOUTED BED WITH TWO ADJUSTABLE GAS INLETS
Gryczka O, Heinrich S, Deen NG, Annaland MV, Kuipers JAM, Morl L |
| III - III |
PREFACE TO THE SPOUTED BED SPECIAL ISSUE IN HONOUR OF DR. NORMAN EPSTEIN'S 85TH BIRTHDAY
Lim CJ, Grace JR, Bi XT, Bao XJ, Xu J |
