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                                       Details for article 8 of 9 found articles
 
 
  IMPROVEMENT OF DEEP-BED CROSSFLOW MODEL BY A DIFFUSION COMPONENT FOR THE GRAIN PARTICLE AND LOG MODEL FOR EVALUATION OF RECIRCULATING CROSSFLOW DRYER
 
 
Title: IMPROVEMENT OF DEEP-BED CROSSFLOW MODEL BY A DIFFUSION COMPONENT FOR THE GRAIN PARTICLE AND LOG MODEL FOR EVALUATION OF RECIRCULATING CROSSFLOW DRYER
Author: Patil, N. D.
Appeared in: Drying technology
Paging: Volume 5 (1987) nr. 1 pages 87-106
Year: 1987-02-01
Contents: This paper presents the improved versions of -bed cross now and log simulation models. A diffusion model descries ibing internal diffusion of moisture within a grain kernel to compute moisture removal rate is developed and incur porsted in crossflow model to improve its flexlbillty and versetility. The lag model is suilably modified and employed to evaluate its accuracy and applicability compared to crossflow drying model for evaluating recirculating crossflow drying operation. Experiments were conducted on large scale recirculating crossflow dryer for corn drying. Simulation results are compared with experimental results to test the validity of drying models.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 8 of 9 found articles
 
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