| 1 - 6 |
Specific energy consumption and particle attrition in pneumatic conveying
Taylor T |
| 7 - 14 |
A simulation system for pneumatic conveying systems
Mason DJ, Marjanovic P, Levy A |
| V - V |
Special issue on pneumatic and hydraulic conveying systems, Palm Coast, FL, USA, 21-25 April 1995 - Preface
Klinzing GE, Dyakowski T |
| 15 - 23 |
Drying of wet solid particles in a steady-state one-dimensional flow
Levy A, Mason DJ, Levi-Hevroni D, Borde I |
| 25 - 35 |
Solids friction factors in upward, lean gas-solids flows
Rautiainen A, Sarkomaa P |
| 37 - 41 |
Prediction of pneumatic conveying flow phenomena using commercial CFD software
Bilirgen H, Levy E, Yilmaz A |
| 43 - 48 |
Roping phenomena in pulverized coal conveying lines
Yilmaz A, Levy EK |
| 49 - 54 |
Concentration profiles in a gravity chute conveyor by optical tomography measurement
Green RG, Rahim RA, Evans K, Dickin FJ, Naylor BD, Pridmore TP |
| 55 - 60 |
Wear in pneumatic transport under hot reducing atmospheres
Deaquino E, Martinez D, Perez A, Velasco A, Flores MA, Viramontes R |
| 61 - 66 |
Application of electrical resistance tomography to detect deposition in hydraulic conveying systems
Fangary YS, Williams RA, Neil WA, Bond J, Faulks I |
| 67 - 73 |
Comparison between pressure drop in horizontal and vertical pneumatic conveying pipelines
Hettiaratchi K, Woodhead SR, Reed AR |
| 75 - 78 |
Numerical calculation methods for solids injectors
Kmiec A, Leschonski K |
| 79 - 92 |
Sensor systems for lightly loaded pneumatic conveyors
Green RG, Thorn R |
