Particle modelling for convective drying of copra

机译：COPRA对流干燥的粒子模型

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A three-dimensional particle model to describe the moisture distribution in copra for 20 hours of drying was developed using computational fluid dynamics. Drying experiments were performed for seven different temperatures in the range of 45 - 75 degrees of Celsius in a laboratory scale hot air dryer using copra samples of the dimensions 0.01×0.01×0.01 m. Results of the spatial moisture distribution were graphically presented. The results of simulation were in agreement with the experimental observations and the optimum temperature for drying of copra was found to be about 60 degrees of Celsius.

机译：利用计算流体动力学开发了一种三维粒子模型，用于描述COPRA的水分分布20小时干燥。使用尺寸为0.01×0.01×0.01米的COPRA样品，在实验室测量热风干燥器中进行七种不同温度的七种不同温度进行七种不同的温度。图形呈现了空间水分分布的结果。模拟结果与实验观察结果一致，发现椰子的干燥温度为约60度摄氏度。

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《Moratuwa Engineering Research Conference》|2017年|xxii 496 p.|共6页
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A.R.L. Mendis; A.D.U.S. Amarasinghe; M. Narayana;
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中图分类输配电工程、电力网及电力系统;
关键词
Moisture; Mathematical model; Computational modeling; Atmospheric modeling; Solid modeling; Numerical models; Graphical models;

机译：湿度;数学模型;计算建模;大气建模;实体建模;数值模型;图形模型;

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4. Particle modelling for convective drying of copra [C] . A.R.L. Mendis, A.D.U.S. Amarasinghe, M. Narayana Moratuwa Engineering Research Conference . 2017

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Particle modelling for convective drying of copra

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