2011
DOI: 10.1007/s00231-011-0764-1
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Simulation and analysis on the flow field of the low temperature mini-type cold store

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Cited by 9 publications
(3 citation statements)
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“…Metode pendinginan yang tepat dapat memastikan keseragaman temperatur produk yang ditumpuk pada cold storage. Banyak hal yang mempengaruhi aliran udara dan keseragaman temperatur di dalam cold storage, seperti volume, struktur, temperatur ruang, serta metode pendistribusian udara dingin dan lokasi evaporator di dalam cold storage [5].…”
Section: Iunclassified
“…Metode pendinginan yang tepat dapat memastikan keseragaman temperatur produk yang ditumpuk pada cold storage. Banyak hal yang mempengaruhi aliran udara dan keseragaman temperatur di dalam cold storage, seperti volume, struktur, temperatur ruang, serta metode pendistribusian udara dingin dan lokasi evaporator di dalam cold storage [5].…”
Section: Iunclassified
“…Among the range of applications, simulations of rectangular cooling channels, such as happens in cold storage, have often been discussed in recent works (Smale et al, 2006;Hao and Ju, 2011) and will be operated in the Application 4 of this work.…”
Section: Introductionmentioning
confidence: 99%
“…Tso's simulated temperatures deviate from experimental recordings by up to 4 K at a temperature difference of about 26 K. Son [11] showed an approximation to the validation data up to 1.13 K in the simulation of the velocity and temperature distribution in the interior of a filled warehouse, while a very slow velocity and a temperature difference of just 7 K was chosen. Hao [12] implemented a constant heat flow over the walls in a cooled container, but no experimental data was analyzed for verification. Akdemir [13] simulated a cold store and reached a relative error of the temperature of 13 % against the validation data while neglecting heat transfer through the walls.…”
mentioning
confidence: 99%