| VOL. 1 - 1980 ISBN 0-89116-185-6 |
| 1. | Keey R.B., Theoretical foundations of drying technology | 1 |
| 2. | Whitaker S., Heat and mass transfer in granular porous media | 23 |
| 3. | Crowe C.T., Modeling spray-air contact is spray-drying systems | 63 |
| 4. | Martynenko O.G., Pavlyukevich N.V., Rudin G.I., Mathematical methods and kinetics of heat and mass transfer with phase change in porous media | 101 |
| 5. | Fortes M., Okos M.R., Drying theories: their bases and limitations as applied to foods and grains | 119 |
| 6. | Bruin S, Luyben K.Ch.,A.M., Drying of food materials: a review of recent developments | 155 |
| 7. | Van Brakel J., Mass transfer in convective drying | 217 |
| 8. | Masters K., Spray drying | 269 |
| VOL. 2 - 1983 ISBN 0-89166-255-0 |
| 1. | Baker C.G.J., Cascading rotary dryers | 1 |
| 2. | Stuchly S.S., Stuchly M.A., Microwave drying: potential and limitations | 53 |
| 3. | Chirife J. M., Fundamentals of the drying mechanism during air dehydration of foods | 73 |
| 4. | Karel M., Flink J.M., Some recent developments in food dehydration research | 103 |
| 5. | Gupta R., Mujumdar A.S., Recent developments in fluidized bed drying | 155 |
| 6. | Strumillo C., Markowski A., Kaminski W., Modern developments in drying of pastelike materials | 193 |
| 7. | Lewis R.W., Morgan K., Thomas H.R., The nonlinear modeling of drying-induced stresses in porous bodies | 233 |
| 8. | Toei R., Drying mechanism of capillary porous bodies | 269 |
| VOL. 3 - 1984 ISBN – 0-89116-297-6 |
| 1. | Kirk L.A., A literature review of computer simulation of paper drying | 1 |
| 2. | Richard. P., Raghavan G.S.V., Drying and processing by immersion in a heated particulate medium | 39 |
| 3. | King J. C., Kieckbusch T.G., Greenwald G.C., Food-quality factors in spray drying | 71 |
| 4. | Sokhansanj S., Grain drying simulation with respect to energy conservation and grain quality | 121 |
| 5. | Filkova I., Cedik P., Nozzle atomization in spray drying | 181 |
| 6. | Liapis A.I., Marchello J.M., Advances in modeling and control of freeze drying | 217 |
| 7. | Pakowski Z., Strumillo C., Mujumdar A.S., Theory and application of vibrated beds and vibrated fluid beds for drying processes | 245 |
| 8. | Basmadjian D., The adsorption drying of gases and liquids | 307 |
| VOL. 4 - 1987 ISBN 0-89116-408-1 |
| 1. | Houska K., Valchar J., Viktorin Z., Computer-aided design of dryers | 1 |
| 2. | Rosen H.N., Recent advances in drying of solid wood | 99 |
| 3. | Szentgyorgyi S., Some theoretical aspects of drying of solids | 147 |
| 4. | Hartely J.G., Coupled heat and moisture transfer in soils: a review | 199 |
| 5. | Strongin V., Borde I., A mathematical model of convective drying incorporating sorption isotherms | 249 |
| 6. | Bansal N.K., Garg H.P., Solar crop drying | 279 |
| 7. | Passos M.L., Mujumdar A.S., Raghavan V.G.S., Spouted beds for drying: principles and design considerations | 359 |
| 8. | Back E. L., A review of press drying | 399 |
| VOL. 5 - 1992 ISBN 0-89116-109-0 |
| 1. | Hall C.W., Emerging technologies for drying | 1 |
| 2. | Keey R.B., Atomization of spray-dryer feedstocks | 11 |
| 3. | Imakoma H., Okazaki M., Toei R., Drying mechanism of adsorptive porous solids | 77 |
| 4. | Puiggali J.R., Quintard M., Properties and simplifying assumptions for classical drying models | 109 |
| 5. | Pakowski Z., Drying of solids containing multicomponent moisture | 145 |
| 6. | Bell D.O., Seyed-Yagoobi J., Fletcher L.S., Recent developments in spray drying | 203 |
| 7. | Polat O., Crotogino R.H., Douglas W. J. M., Through-drying of paper | 263 |
| 8. | Yoshida H., Yukawa H., Analysis of electroosmotically enhanced sludge dewatering | 301 |
| 9. | Malhotra K., Okazaki M., Contact drying in mechanically agitated granular beds: a review of fundamentals | 325 |
