A tool for evaluating cooler design and operation: Computer simulation of pellet coolers
Feed Management Vol 46(9): 40-44, 1995
Authors:
Kishor Khankari and S. V. Patankar
Abstract:
This article illustrates the use of numerical simulation models for evaluating the performance of a moving pellet cooler. A finite-volume method is employed in developing a steady state, two-dimensional numerical model for a double-deck conveyor cooler. Using this numerical model, variations in the product moisture content and temperature along the length and across the height of the product beds are predicted. Similarly, the resulting variations in the temperature and relative humidity of the cooling air are predicted in the entire two-dimensional domain of a cooler.
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About the author
Dr. Kishor Khankari
ASHRAE Fellow, ASHRAE Distinguished Lecturer
Dr Kishor Khankari is the founder of AnSight LLC. As a specialist in Computational Fluid Dynamics (CFD), his passion for solving engineering problems and providing sound scientific solutions has led to innovations and optimized designs in the industry.
A noted expert in his field, he has a Ph.D. from the University of Minnesota and has published in several technical journals and trade magazines. As a well sought-after speaker Dr. Khankari makes regular presentations in various technical conferences and professional meetings worldwide.
