A Review of Models for Estimation of Moisture Evaporation Rate from Clothes Inside a Clothes Dryer

IF 0.8 Q4 THERMODYNAMICS
M. Rasti, J. Jeong
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引用次数: 6

Abstract

Heat pump tumble dryers, air-vented dryers and condenser dryers are widely used as clothes dryers. Clothes dryers use hot air to absorb moisture from textiles to get them dry after a wash by passing drying air through the drum. To simulate the drying process of clothes in the drum and to obtain the moisture evaporation rate, it is necessary to use an accurate model to predict the moisture transfer coefficient from the textile to the air in the drum as well as the mass transfer area between the drying air and the textile. In this study, a comprehensive review of the literature on the prediction of the moisture evaporation rate inside the drum of a clothes dryers was conducted. It was found that researchers generally used constant values, fitting models, dimensionless correlations, and Chilton–Colburn analogy to predict the area–mass transfer coefficient. Moreover, few researchers used the effectiveness model for the prediction of moisture evaporation rate. The comprehensive review of the literature showed that all of the previous models for prediction of the moisture evaporation rate have some limitations in terms of generality or accuracy. Therefore, the development of a new accurate model for prediction of the moisture evaporation rate inside the drum of clothes dryers is crucial.
干衣机内衣物水分蒸发速率估算模型综述
热泵滚筒式干衣机、通风式干衣机和冷凝器干衣机是目前广泛应用的干衣机。干衣机利用热风吸收纺织品中的水分,使衣物在洗涤后通过滚筒干燥。为了模拟衣物在滚筒内的干燥过程,获得水分蒸发速率,需要使用准确的模型来预测纺织品对滚筒内空气的水分传递系数以及干燥空气与纺织品之间的传质面积。在这项研究中,全面回顾了文献的预测在一个干衣机的滚筒内水分蒸发速率进行了。研究发现,研究人员一般采用定值、拟合模型、无因次相关性和Chilton-Colburn类比来预测面积-质量传递系数。此外,利用有效性模型预测水分蒸发速率的研究较少。综合文献分析表明,以往的水分蒸发速率预测模型在通用性和准确性上都存在一定的局限性。因此,建立一种新的准确的模型来预测干衣机滚筒内的水分蒸发速率是至关重要的。
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来源期刊
CiteScore
2.70
自引率
10.00%
发文量
0
期刊介绍: As the only international journal in the field of air-conditioning and refrigeration in Asia, IJACR reports researches on the equipments for controlling indoor environment and cooling/refrigeration. It includes broad range of applications and underlying theories including fluid dynamics, thermodynamics, heat transfer, and nano/bio-related technologies. In addition, it covers future energy technologies, such as fuel cell, wind turbine, solar cell/heat, geothermal energy and etc.
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