Proceedings of the International Drying Symposium - IDS'98
|Section 1. Keynote Lectures|
|Industrial drying of difficult materials in fluidized bed dryers
Filka P., Filkova I.
|Achievements, challenges and perspectives in modelling and design
of convective dryers
|External heat and mass transfer during the convective drying and
heating of strips materials
Konovalov V.I. Gatapova N.Z.
|Physical aspects of food dehydration
|Osmotic treatments in food processing current state and future
Spiess W.E.L., Behsnilian D.
|The use of homogenisation to simulate heat and mass transfer in
wood: towards a double porosity approach
|Electro-technology in drying and processing of biological materials
Raghavan G.S.V., Orsat V.
|Section 2. Modeling and Simulation of Drying|
|Mathematical Simulation of a Deep-Bed Drying
Akritidis C.B. Dimitriadis A.N.
|A component model for simulation of multiple fluidized bed heat
Alves-Filho O. Thorbergsen E. Strommen I.
|Life cycle assessment of an energy -system where a superheated
steam dryer is integrated with a local district heat and power plant
Björk H. Rasmuson A.
|Heat and mass transfer in vibrofluidized bed dryer
Borde I. Dukhovny M. Elperin T.
|Heat and mass transfer during the convective drying: from the
sample behaviour to the drier project
Bouaziz N. Belghith A.
|An experimental and modeling approach of the drying of a initially
fluid multiphase multi-component medium
Bruneau D. Younis M.
|A population balance model for fluidized bed drying
Burgschweiger J. Tsotsas E.
|Quantification of through drying rate data
|Parameter estimation of Luikov's drying equation
Daud W.R.W. Ibrahim M.H. Talib M.Z.M.
|Modeling of bed pressure drops in rotation-pulsed fluidized bed
Djurkov T. G.
|Modelling of alfalfa drying using neural network
Farkas I. Remenyi P. Biro A.
|Gas-to-parcicle heat transfer in a draft tube spouted bed with
continuous solids feeding
Freitas L.A.P. Freire J.T.
|Heat transfer from a surface to wet fluidized particles during
Groenewold H. Tsotsas E.
|Predicting apparent Sherwood numbers for fluidized beds
Groenewold H. Tsotsas E.
|A numerical study of fluid flow and heat/mass transfer over a stack
Hashemi A. Dost S. Tabarrok B.
|A simulation and performance analysis of a heat pump batch dryer
Hawlader M.N.A. Bong T.Y. Yue Yang
|Impact of the pore structure on particle-side drying kinetics
Hirschmann C. Tsotsas E.
|Comparison of two basic methods for measuring drying curves: Thin
layer method and drying channel
Hirschmann C. Fyhr C. Tsotsas E. Kemp I.C.
|Evaluation of superheated steam impinging steam dryer performance
via a numerical approach
Hosseinalipour S.M. Devahastin S. Mujumdar A.S.
|Effect of intermittent heating on drying-induced strain-stress of
Itaya Y. Mori S. Hasatani M.
|An Integrated neural model for drying and thermal degradation of
Kaminski W. Tomczak E.
|Numerical study of drying
|Validation of a physical based drying model with the aid of
Kroes B. Coumans W.J. Pel L. Kerkhof P.J.A.M.
|Stability of the ODE system describing continuous gas-phase
controlled drying of a liquid film
Luna F. Martinez J.
|Vacuum drying of materials with a nonhomogeneous inner structure as
hyperbolic moving boundary problem
|Theory of Dispersed Materials Vacuum Drying with Removal of
Multicomponent Liquid Systems
|Variable interactions and solid transport dynamic modelling of
rotary drum sugar drying
Shahhosseini S. Cameron I.T. Wang F.Y.
|Using dryPak to simulate drying processes
Silva M.A. Correa J.L.G.
|Introduction to a multiresolution model of drying
Slade G.W. Gras F.
|Neural modeling of pulse combustion in application to drying
Stawczyk J. Zibcinski I Murlikiewicz K.
|Discrete optimal control of crosscurrent fluidized drying with and
without recycle of dried granular solid
Szwast Z. Sieniutycz S.
|Simulation of fluidized bed drying process by neural models
Zibcinski I Szulczewska B. Gorak A.
|Influence of temperature of drying medium on drying stresses
|Part I - Modeling drying of three-dimensional pulp molded
structures - experimental program
Nyist H. Hunt J.F. Tamasy-Bano M.
|Evaluation of fixed bed drying of agricultural produce by
simulation and laboratory investigation
Ghiaus A.G. Margaris D.P. Papanikas D.G.
|Transpore: A generic heat and mass transfer computational model for
understanding and visualising the drying pf porous media
Perre P. Turner I.W.
|Simulation of two layer drying model for cocoa beans
Daud W.R.W., Talib M.Z.M., Ibrahim M.H.
|Thermodynamic aspects of drying process
Elenkov Vladimir R. Djurkov T. G.
|Transfer functions of a modular solar dryer
Farkas I. Meszaros Cs. Seres I.
|Simulation of super heated steam spray drying using computational
Frydman A. Vasseur J. Moureh J. Sionneau M.
|Mathematical modeling of cross-flow belt dryer for polymer drying
Goncharova S.V. Chelnokov V.V. Menshutina N.V. Menshikov V.V.
|Mass and heat transfer in liquid sprayed gas/solid fluidized beds
Heinrich S. Mörl L.
|Computational analysis of industrial batch dryers
Kiranoudis C.T. Markatos N.C.
|Section 3. Drying Equipment|
|Variation of drying rate according to material width in forced
Almubarak A.A. Baker C.G.J.
|Energy consumption of continuous well-mixed fluidized bed dryers
|Application of fuzzy expert systems in dryer selection
Baker C.G.J. Lababidi H.
|Batch Drying of a Particulate Material in a well Mixed dryer at
Constant Bed Temperature
Devahastin S. Mujumdar A.S.
|Optimal designing of the process and apparatus with flowing streams
for the granular materials' drying
Dvoretsky S.I. Kormiltsin G.S. Dmitriev V.M. Klimchikov A.V.
|Drying of powdery materials in a pulsed fluid bed dryer
Gawrzynski Z. Glaser R. Kudra T.
|A novel wall injection type superheated steam dryer using a
permeable porous metal
Nomura T. Nishimura N. Yamaguchi N. Motoki R. Funakoshi J. Kitagawa T. Kosaka A.
|Natural gas-fuel of choice in industrial drying
|Pulse combustion drying
Liu X.D. Cao C.W. Li B.G. Zibcinski I. Strumillo C.
|Fluiddynamics of a Spouted Bed Coater with and without Draft Tube
Publio M.C.P. Silva G.D. Aguiar M.L. Oliveira W.P.
|Pressure drop fluctuations analysis as a tool for obtaining the
fluid-dynamics regimes in spouted beds
Rocha S.C.S. Taranto O.P. Silva V.A. Goncalves C.H.F. Raghavan G.S.V.
|Convective dryer with centralized hot drying agent preparation
Stakic M.B. Voronjec D.K. Topic R.M.
|Flash drying model for granular and particulate material exhibiting
a diffusion-controlled rate period
Tanthapanichakoon W. Tantirodchanamate S. Charinpanitkul T.
|Particle residence time distribution in con- and counter-current
spray drying towers
|Applications of a novel rotary dryer (TRD)
|Analysis of the effect of loading on the behaviour of rotary dryers
|Implementation and test of a multiloop PID controller in a spouted
Moreira E.A Correa N.A Freire J.T. Correa R.G.
|Drying characteristics of slot jet reattachment nozzle
Alam S.A. Yagoobi J.S. Narayanan V. Page R.H.
|Energy use for drying processes: The potential benefits of airless
Gilmour J.E. Oliver T.N. Jay S.
|Solids residence time and drying in cyclones
Kemp I.C. Frankum D.P. Abrahamson J. Saruchera T.
|Experimental study and modeling of drying of sodium carbonate
monohydrate in circulating fluidized bed
Koutchoukali M.S. Diguet S. Saleh K. Hemati M.
|Computer system for the control of a pneumatic drum drier
Stefanovic M.M. Stakic M.B.
|Narrow PSD atomization in spray drying
Gronlund M. Rasmussen S. Schwartzbach C.
|Cleaning in place filters
Gronlund M. Bach P.
|On the development of a heat pump dryer to maximize heat recovery
Hawlader M.N.A. Chou S.K. Ho J.C. Chua K.J.
|Information system for selection of dryer
Matasov A. Menshutina N.V. Kudra T.
|Moisture control of counter current flow driers
|Continuous drying of microparticle slurry by a powder particle
Kato K. Osada S. Xu J. Nakagawa N.
|Section 4. Applications of Industrial Drying Equipment|
|Section 5. Thermophysical and Transport Properties|
|Determination of heat flux in thin layer drying of sludges
Carrere-Gee C. Lecomte D. Fudym O. Ledevie B. Vasseur J.
|Estimation of moisture content and temperature dependent water
diffusivity in raw ham
Comaposada J. Pakowski Z. Bartczak Z. Gou P.
|Mechanical, physical and chemical phenomena during food drying.
Consequences on properties of dried products
Dumoulin E.D. Bimbenet J.J.
|Thermophysical and transport properties in curing of tobacco
Kerekes B. Lengyel A. Sikolya L.
|Inside moisture migration of maize kernels during artificial drying
examined by nuclear magnetic resonance imaging (NMRI)
Kovacs A. Nemenyi M.
|Determination of effective moisture diffusivity of biomaterials
Liu X.D. Cao C.W. Zibcinski I Strumillo C.
|Investigation on effect of the freezing rate in the internal
structure and on the transport coefficients
Luccas P. Silveira A.M. Freire J.T.
|Measurement and prediction of thermal properties of potatoes
McMinn W.A.M. Magee T.R.A.
|Sorption and desorption process of system with power relation
between diffusivity and concentration
Sano Y. Yamamoto S. Kobuchi S.
|Desorption isotherms and diffusion coefficients of catalytic
Van der Sanden S.C.T. Coumans W.J. Kerkhof P.J.A.M.
|Heat transfer coefficient during simultaneous heat and mass
Berg C-G. A. Karlsson M.
|Determination of the convective heat transfer coefficient during
Hubbard L.J. Farkas B.E.
|Density, Shrinkage and Porosity of Starch gel during convective
McMinn W.A.M. Magee T.R.A.
|Heat and mass transfer during drying of apple cylinders by natural
Moreira M. Villate J.E. Turanjanin V.M.
|Application of new method for defining the moisture diffusion
coefficients during drying process
Vodnik J.J. Stakic M.B. Turanjanin V.M.
|Effect of drying method on physical properties of dehydrated
Krokida M.K. Maroulis Z.B. Marinos-Kouris D.
|Section 6. Osmotic Dehydration|
|Modelling of water losses during osmotic dehydration using the
Weibull probabilistic model: application of the D-optimal design concept
to improve parameter estimation
Aboim A.P. Oliveira F.A.R. Drumond C. Frias J.M. Cunha L.M.
|Equilibration of apple tissue in osmotic dehydration.
Barat J.M. Albors A. Chiralt A. Fito P.
|Osmotic dehydration of apple as affected by vacuum impregnation
with HM pectin
Martinez-Monzo J. Martinez-Navarrete N. Chiralt A. Fito P.
|Shrinkage, microscopic studies and kinetics of apple fruit tissue
during osmotic dehydration
Mavroudis N.E. Wadsf L. Gekas V. Sjfholm I.
|Mass transfer during dewatering and salting of tilapia for
different brine to fillets ratios
Medina M.V. Sobral P.J.A. Hubinger M.D.
|Influence of solute temperature and concentration on the combine
osmotic and air drying
Reppa A. Mandala J. Kostaropoulos A.E. Saravacos G.D.
|Mathematical modelling of mass transfer during osmotic dehydration
Salvatori D. Andres A. Chiralt A. Fito P.
|Influence of the osmotic solution concentration on the structural
and compositional profiles in dehydrated apple tissue
Albors A. Salvatori D. Andres A. Chiralt A. Fito P.
|Osmotic dehydration of orange peel
Chafer M. Ortola M.D. Chiralt A. Fito P.
|The influence of repeated use of sucrose syrup on the quality of
osmo-convective drying of sour cherries
Szymczak J. Plocharski W.J. Konopacka D.
|Mass transfer during osmotic dehydration of apples with pectin
Lenart A. Dabrowska R.
|The osmotic dehydration of shark fillets
Mujaffar S. Sankat C.K.
|Microwave-vacuum drying of osmotically pre-treated fruit
Torringa H.M. Erle U.
|Influence of osmotic dehydration on texture and pectic composition
of kiwifruit slices
Torreggiani D Forni E. Maestrelli A. Quadri F.
|Osmotically induced mass transfer in apple slices
Liang H.H. Floros J.D.
|Optimizing the osmotic dehydration process of green peppers
Ozaslan B.F. Ozdemir M. Dock L.L. Floros J.D.
|Osmotic dehydration of fruits
Panagiotou N.M. Karathanos V.T. Maroulis Z.B.
Section 1. Keynote Lectures
Section 2. Modeling and Simulation of Drying
Section 3. Drying Equipment
Section 4. Applications of Industrial Drying Equipment
Section 5. Thermophysical and Transport Properties
Section 6. Osmotic Dehydration
Section 7. Drying of Foods
Section 8. Drying of Agricultural Products
Section 9. Drying of Wood, Paper and Textiles
Section 10. Drying of Pharmaceuticals, Chemicals and Biologicals
Section 11. Miscellaneous Drying Processes
Section 12. Suplementary Papers