ed. A.S. Mujumdar
|Section VII |
Drying of Agricultural Products and Grains
|Rice Drying Simulation
L.R. Verma and A. Noomhorm, U.S.A.
|Varietal Differences in High Temperature Drying of Maize in the
Midwestern United States |
R.L. Stroshine and J. Martins, U.S.A.
|Experimental Measurement of Temperature and Moisture Profiles During
W.C. Chiang and J.N. Petersen, U.S.A.
|Diffusivity of Moisture in Air-Drying of Raisins
G.D. Saravacos and G.S. Raouzeos, Switzerland
|Moisture and Heat Transfer Modelling During Durum Wheat Pasta Drying
J. Andrieu and A. Stamatopoulos, France
|Numerical Analyses on Drying Stresses of Brown Rice Kernel
S. Yamaguchi and K. Wakabayashi, Japan
|Static Vertical Pressure of Grains on Slots (Air-Entry) in a
Two-Dimensional Nonaerated Spouted Bed Grain Dryer
M.I. Kalwar, V.G.S. Raghavan and A.S. Mujumdar, Canada
|Water Binding in the Apple Tissue During its Diffusive Processing
A. Lenart, P.P. Lewicki and Z. Palacha, Poland
|Simultaneous Dehydration and Separation of Agricultural Pomaces in
L. Monroy, J. Segurajauregui and M. Vizcarra, Mexico
|An Analysis of Sorrel (Hibiscus Sabdariffa) Drying and its Effect on
D.R. McGaw and I. Fraser, Trinidad
|Corn Drying in Fluidized Bed
S. Ulku and G. Uckan, Turkey
|Infrared Thermal Radiation Drying of Coffee Beans
S. Sanchez and J. Cervantes, Mexico
|Continuous and Batch Spouted Bed Drying of Coffee Berries
O. Alves-Filho, Brazil
|Simulation and Nomographic Representation of Energy Requirements in
Fixed Deep Bed Drying of Paddy
M. Kulshreshtha, S.K. Mehara and S. Kumar, India
|Molecular Sieves and Sand for Particulate Medium Drying of Corn
G.V.S. Raghavan and Z. Alikhani, Canada
|Effects of Kernel Properties on Thin-Layer Drying of Shelled Corn
M.P. Levesque, L. Otten and G. E. Timbers, Canada
|An Approach to the Choice of Crop Driers for Small Farmers in the
D.R. McGaw, O.St.C. Headley and C.K. Sankat, Trinidad
|Section VIII |
Superheated Steam Drying
|Steam Drying of Wood Particles for Particleboard
J.G. Salin, Finland
|Superheated Steam Drying of Paper: Effects on Physical Strength
W.K. Cui, A.S. Mujumdar and W.J.M. Douglas, Canada
|Flash Drying with Superheated Steam : A Mathematical Model
J. Meunier and R. Munz, Canada
|A Techno-Economic Comparison of Air and Steam Drying
E.F. Faber, M.D. Heydenrych, R.U. I. Seppa and R.E. Hicks, South Africa
|Modelling Tube to Bed Heat Transfer in Fluidized Bed Steam Drying
O.E. Potter and C.Beeby, Australia
|Laminar Evaporation from Flat Surfaces into Unsaturated and
Superheated Solvent Vapor
M.Hasan, A.S. Mujumdar and M. Al-Taleb, Canada
|Section IX |
Industrial Drying Systems and Novel Dryers
|An Innovative Drying Process with Diverse Applications
K.A. Pluenneke and C.J. Crumm, U.S.A.
|Aspects of New Dryer Selection
D.A. Lee, U.S.A.
|Designing of Dryer in Tobacco Manufacturing Process
T. Ono and T. Yoshida, Japan
|Effect of Drying on the Evolution and Combustion of Coal Volatiles
A.E.W. Gaissmaier and P.K. Agarwal, Australia
|Safety Aspects of Fluid Bed Dryers
A.V. Naimpally, B. Sharifzadh and D. Saletore, U.S.A.
|Some Safety Concerns for Operation at Elevated % LEL
G.F. Tiefenbruck, U.S.A.
|Process Design in Fluidized Bed Drying
A. Hallstrom, Denmark
|Design of Double Drum Direct Rotary Dryers
S. Bhattacharya and S. Chakladar, India
|Section X |
Use of Solar Energy in Drying
|A Numerical Study of the Performance of Natural Convection Solar Rice
P.H. Oosthuizen, Canada
|Construction, Simulation and Control of a Complex and Integrated
Agricultural Solar Drying System
L. Imre, I. Farkas and L. Gemes, Hungary
|A Large Scale Facility for Experimental Studies of Natural-Circulation
Solar-Energy Tropical Crop Dryers
P.D. Fleming (U.K), B. Norton (U.K), 0.V. Ekechukwu (Nigeria), S.C. Onyegegbu (Nigeria) and S.D. Probert, U.K.
|Design and Testing of an Integrated Solar-Cum-Husk Fired Paddy Dryer
of One Tonne Per Day Capacity
A. Chakraverty and S.K. Das, India
|Section XI |
Measurement and Control of Humidity and Moisture
|Development of a Capacitive Dew Point Hygrometer for Process Drying
R. Sulouff, T. Randazzo and C. Gruber, U.S.A
|An Infrared Hygrometer to Measure the Water Vapor Mass Content of
Conditioned Air in Drying Applications
R. Guzzi and G. Scalabrin, Italy
|A New Contamination-Resistant Hygrometer for Industrial Dryers
M.E. Gersh, M.W. Matthew, F. Bien, L.S. Bernstein, and S.M. Adler-Golden, U.S.A.
|Development of a High Temperature Dew-Point Measuring Apparatus Based
on Differential Heat Flow Measurements
D. Rall, U.S.A.
|Using Electrical Conductivity and Cross Correlation to Detect Fiber
Saturation Point in Drying Lumber
R.A. Lessard and J.L. Hill, U.S.A.
|Section XII |
|Control Scheme for Optimization of Chemical Feed to Sludge Dewatering
S.R. Srivatsa and W.M. Carlson, U.S.A.
|Electrokinetic Dewatering Processes
P. Krishnaswamy and J. Bollinger, U.S.A.
|Using UNIFAC to Predict Aroma Losses in Juice Concentration
S.G. Haralampu, U.S.A.
|Foam Assisted Dewatering
D.S. Brookstein, J. Skelton, D.R. Patterson and F. Lauchenauer, Switzerland
|Sludge Dewatering and Disposal Practices in the U.S. Pulp and Paper
R.A. Miner, U.S.A.
|Osmotic Dehydration of Fruit
V. Pavasovic, M. Stefanovic and R. Stevanovic, Yugoslavia
|Sludge Thickening and Dewatering by Dissolved Air Flotation:
M. Krofta and L.K. Wang, U.S.A.
|Sludge Thickening and Dewatering by Dissolved Air Flotation: Process
M. Krofta and L.K. Wang, U.S.A.
|Dewatering Dilute Fine Coal/Water Slurries to Produce Coal/Water Fuel
D.J. Maas, R.E. Sears and T.A. Potas, U.S.A.
|Dewatering of Ultrafine Coal
S.X. Huang, G.E. Klinzing and S.H. Chiang, U.S.A.
|The Andritz Approach to Continuous Press Filter Dewatering
G.L. Evans and B. Clements, U.S.A.
|Section XIII |
Selected Topics in Drying (Mostly Late Submissions)
|Experimental Analysis of the Different Phases in the Drying of Natural
R. Auria and J.C. Benet, France
|Air Drying in Packed Bed Absorbers
S. Ulku, Z. Kaivrak and M. Mobedi, Turkey
|On the Study of Evaluating and Dehydrating an Automobile Air
J.P. Chiou, U.S.A.
|Bouncing Motions of Drops and Particles Between Parallel-Plate
Electrodes. A Preliminary Study on a New Scheme of Drying Augmentation
N. Kaji and Y.H. Mori, Japan
|Simply Calculate the Thermal Parameters of Steam (Water Vapor)
X.L. Su and L.Y. Quan, China --
|Drying of Granular Materials Using a Geared Heat Pump
W.G. Cartwright and P.M. Hjiantoniou, U.K.
|Spray Drying and Competing Technologies in the Chemical Industry
K.G. Olsen and J.G. Holmes, U.S.A.
|Thin-Layer Drying of Wheat at Low Temperatures
D.S. Jayas and S. Sokhansanj, Canada
|Development of New Vertical Dryers for Grains
M. Stefanovic, G. Kanevce and D. Milojevic, Yugoslavia
|Stochastic Theory of the Particles Growth, Aggregation and Grinding in
the Batch or Continuous Operating Apparatus
N.V. Penkov, and O.M. Flisiuck, U.S.S.R.
|Heat Transfer Coefficient in Drying Granular Materials
S. Sokhansanj (Canada) and D.M. Bruce, U.K.
|Prediction of Flow and Heat Transfer Under Multiple Impinging Jets
Using Two-Equation Model of Turbulence
S. Polat, A.S. Mujumdar and W.J.M. Douglas, Canada
|Section XIV |
|Developments in Spray, Freeze and Agitated Indirect-Heat Drying
R. Toei, Japan