| PREFACE | ix |
| Section I. DRYING THEORY, MODELING, AND CONTROL | |
| Mathematical Modelling of Heat and Mass Transfer Processes of Drying
of Porous Materials of Sorptive Properties T. Blickle, S. Endrenyi |
1 |
| Surface Drying in Heat Processing of Solid Foods A. Christensen, C. Skj~ldebrand, B. Hallstrom |
6 |
| Modeling of Dryeration Processes M. Fortes, M.R. Okos, J.B. Pinheiro Filho |
12 |
| Drying of Porous Hygroscopic Materials: An Extended Shrinking Core
Model A. Hallstrom |
19 |
| A Model of Drying: Drying and Pyrolysis of Solid Fuels at Fire
Intensity Conditions Edward J. Kansa |
25 |
| Section II. DRYING OF PARTICULATE SOLIDS | |
| A Model for Rotary Dryer Computation Fred Alexander Aiken III, P.E. and Edwin M. Polsak, P.E. |
32 |
| Residence Time Distribution of Particles in Rotary Dryers and Coolers
- A Brief Review H. Hirosue, H. Shinohara |
36 |
| Drying of Granulated Polymers in Vibrated Fluidized Bed Gheorghita Jinescu, Cornelia Balaban and T. Dobre |
42 |
| Bed-to-Particle and Interparticle Heat Transfer in the Design of
Fluidized Bed Dryers J. Vanderschuren, C. Delvosalle |
48 |
| The Kinetics of Sorghum Grains Drying in a Mechanically Stirred Bed
Dryer Giovanni Brunello, Claudio A.O. do Nascimento |
56 |
| Aerodynamic and Drying Characteristics of an Agitated Fluidized Bed
Dryer M. Khalid and A.S. Mujumdar |
61 |
| Flow and Immersed Surface Heat Transfer in a Vibro-Fluidized Bed
Detlev Ringer and Arun S. Mujumdar |
67 |
| Section III. DRYING OF CONTINUOUS SHEETS | |
| Analysis of Heat and Mass Transfer within a Sheet of Papermaking
Fibers During Drying Peter F. Lee, Jeffrey A. Hinds |
74 |
| Drying and Heat Transfer Characteristics During Bench-Scale Press
Drying of Linerboard Von L. Byrd |
83 |
| Prediction of Heat Transfer Under a Plane Turbulent Impinging Jet
Including Effects of Crossflow and Wall Motdon A.S. Mujumdar, P.G. Huang and W.J.M. Douglas |
- |
| Laboratory Drying Study and Applications for Paper Machine Drying
C.R. Hodges |
99 |
| A Transient Simulation Model for Combined Impingement and Through
Drying of a Permeable Web P.G. Huang and A.S. Mujumdar |
106 |
| Section IV. ENERGY ASPECTS IN DRYING | |
| Uses of Waste Heat from Dryers in the Forest Products Industry L. Dev |
115 |
| Criteria of Energetic Performance for Convection-Type Dryers J.J. Bimbenet |
121 |
| Section V. SIMULATION OF DRYERS | |
| An Improved Model of a Paper Machine Multicylinder Drying Section
J.L. Videau, A. Lemaitre |
129 |
| Theoretical and Numerical Calculations for Determining the Moisture
Content of Solid Material in Spouted Bed Dryers E. Pallai-Varsanyi, R. Tórds, E. Aradi |
139 |
| Computer Simulation of Solar Energy for Grain Drying in Japan
Takaaki Maekawa, Kiyohiko Toyoda, Koichi Matsumoto |
145 |
| Analysis of the Food Freeze Drying Process with Predetermined Surface
Temperature Variation F.V. Albin, S. Srinivasa Murthy, M.V. Krishna Murthy |
151 |
| Section VI. SPRAY DRYING | |
| Formation of Crystals on the Surface of Non-Supported Droplet in
Drying T. Furuta, M. Okazaki, R. Toei and E.J. Crosby |
157 |
| Apparent Viscosity of Non-Newtonian Droplet on the Outlet of Wheel
Atomizer J. Weberschinke, I. Filkova |
165 |
| Some Progress in Atomization R.L. Upadhyaya |
171 |
| Analysis of Transfer Processes in the Atomization Zone in Spray Drying
Kazimir Kmet, Eva Kopecka |
178 |
| Section VII. DRYING OF FOODSTUFFS AND GRAINS | |
| Corona-Wind Augmented Baking F.A. Kulacki, J.M. Kevra |
183 |
| Low Pressure Sublimation in Combined Radiant and Microwave Freeze
Drying Yi Hua Ma, Harold Arsem |
196 |
| The Control Characteristics of the Sublimation Process for
Preservation of Activities of Biological Substances Sui Lin, Ta-hsu Chou |
201 |
| First Prototypes for Small Fruit and Vegetable Country Solar Dryers
J.R. Puiggali, B. Varichon |
208 |
| Drying Induced Stresses in Food Grains- A Finite Element Approach
Shahab Sokhansanj |
214 |
| Intermittent Drying of Soybeans J.B. Pinheiro Filho, M. Fortes, V.E. Sweat, M.R. Okos |
220 |
| Section VIII. MISCELLANEOUS TOPICS | |
| Drying of Lumber - A Method for Evaluating a Drying Schedule Magne Lamvik |
227 |
| Performance Relations and Norms for Textile Contact and Convection
Dryers M. Ratna Prabhu, J.S. Parajia |
233 |
| Simulation of Rough Rice Drying in a Spouted-Bed C.A. Zurit and R. Paul Singh |
239 |
| Preparing Crops for Storage with a Microwave Vacuum (MIVAC) Drying
System D.R. Gardner and J.L. Butler |
248 |
CONTRIBUTORS INDEX |
252 |
SUBJECT INDEX |
253 |