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Materiale Plastice
https://doi.org/10.37358/Mat.Plast.1964

Impact factor: 1.393

OSIM Nr. R102356
ISSN 2668-8220 (online)
ISSN-L 0025-5289
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* IF 2018-19: 1.393
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* Self-Citation Ratio: 36.61 %
* IF Quartile: Q2
* Cited Articles: 50%
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Materiale Plastice, Volume 43, Issue 1, pp. (2006)




Study of Local Heat Transfer at the Melting of Single Spherical Particle


Abstract:
An experimental study of local heat transfer at the melting of single spherical particles into a flowing liquid is presented in this paper. Local heat transfer coefficient at the particle surface, and local Nusselt number were determined using the photographical technique. Ice-spherical particles having 0,045 m in diameter, and distillated water were used in experiments. The investigations were carried out at the temperature of 303 K at 1 atm pressure, and at several values of water flow velocity ranging from 0,0971 to 0,2279 m/s. The results outline the influence of Reynolds number and proces duration on local Nusselt number. Keywords: heat transfer, local heat transfer coefficient, liquid - solid heat transfer



Issue: 2006 Volume 43, Number 1
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