1 - 11 |
On the Validity of the Addition of Independent Contributions for Evaluating Heat-Transfer Rates in Gas-Fluidized Beds Mazza GD, Bressa SP, Barreto GF |
13 - 23 |
Normal Solid Stress in Fluidized-Beds Polashenski W, Chen JC |
25 - 28 |
Generalized Fractional Efficiency Ontko JS |
29 - 38 |
Simulation of Particle-Fluid Turbulence Interaction in Sudden-Expansion Flows Liao CM, Lin WY, Zhou LX |
39 - 46 |
Hydrodynamic Characteristics of a Magnetically Stabilized Air Fluidized-Bed of an Admixture of Magnetic and Nonmagnetic Particles Wu WY, Navada A, Saxena SC |
47 - 51 |
Particle-to-Gas Heat Transfer in Particle Beds at Peclet Numbers PE-Less-Than-or-Equal-to-10 Molerus O |
53 - 57 |
Effect of an Acoustic Field on Bubbling in a Gas-Fluidized Bed Levy EK, Shnitzer I, Masaki T, Salmento J |
59 - 70 |
Measurement of Powder Flow Constitutive Model Parameters Using a Cubical Triaxial Tester Kamath S, Puri VM |
71 - 77 |
Gas-Discharge Modes at a Single Horizontal Nozzle in a 2-Dimensional Fluidized-Bed Chyang CS, Chang CH, Chang JH |
79 - 88 |
Effect of Particle Density on Heat and Mass-Transfer During Fluidized-Bed Sublimation Joulie R, Barkat M, Rios GM |
89 - 94 |
Use of Neural Networks in the Analysis of Particle-Size Distributions by Laser Diffraction Nascimento CA, Guardani R, Giulietti M |