ABSTRACT
Introduction ........................................................................................................ 537
Mathematical Models and Simulation ........................................................... 538
Results and Discussion ..................................................................................... 539
Batch Drying ............................................................................................... 539
Continuous Drying .................................................................................... 540
Conclusions......................................................................................................... 540
Notation............................................................................................................... 541
Acknowledgments ............................................................................................. 542
References ........................................................................................................... 542
During recent years an important improvement in the knowledge of the
dehydration process has occurred. Simulation programs of the mathematical
models that represent heat and mass transfer during drying have allowed
contemporary researchers to substitute expensive experimental work for
faster and accurate results as well as to predict the effect of relevant process
variables on the performance of the process itself.