research product . 2017

Research Into Technological Process of Convective Fruit Drying in a Solar Dryer

Korobka, S. (Serhiy); Babych, M. (Mykhailo); Krygul, R. (Roman); Tolstushko, N. (Nataliya); Tolstushko, M. (Mykola);
Open Access Indonesian
  • Published: 01 Jan 2017
  • Publisher: PC Technology Center
  • Country: Indonesia
Abstract
We proposed a generalized procedure of convective fruit drying, which takes into account comprehensive combination of thermal-physical and physical-chemical properties of fruit with their kinematic heat and mass exchange characteristics. We developed a mathematical model of heat, moisture and mass exchange for convective fruit drying, which considers moisture-yielding velocity of the dried material in the operation zone of the heat carrier under conditions of diffusion process of moisture transfer in the dried material. The given model allows us to determine heat and mass exchange characteristics and intensity of the drying process.We proposed the systems of dif...
Subjects
arXiv: Physics::Atmospheric and Oceanic Physics
free text keywords: Indonesia, інтенсифікація, интенсификация, intensification, heat and mass transfer, дифузія, диффузия, diffusion, moisture content, влагосодержание, вологовміст, convective drying, конвективная сушка, конвективне сушіння, solar energy, solar fruit dryer, UDC 631.364:621.311.243, солнечная энергия, гелиосушилка фруктов, сонячна енергія, геліосушарка фруктів, тепломассоперенос, тепломасоперенесення
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Energy Research
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Neliti
2017
Provider: Neliti
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