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Experimental study on bamboo hygrothermal properties and the impact of bamboo-based panel process

机译:竹子湿热特性及其对竹基板材工艺影响的实验研究

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摘要

To obtain bairiboos' material parameters and clarify the modification impact of bamboo-based panel (BBP) process, nine test items are carried out on six typical bamboos for hygrothermal properties, based on the building envelope heat and moisture process model. Results show that macroscopically gaseous water and heat storage properties show insignificant correlation with basic properties. Both moisture and thermal transport properties show stronger correlation with open porosity than with bulk density and are affected by moisture content to varying degree. Comparison between five BBPs and flattened raw bamboo show that the BBP process improves homogeneity and broadens the material properties spectrum. The transport properties are changed greater than storage properties in terms of both hygric and thermal aspects. (C) 2017 Elsevier Ltd. All rights reserved.
机译:为了获得拜里布斯的材料参数并阐明竹基板材(BBP)工艺的改性影响,基于建筑围护结构的热湿过程模型,对六种典型的竹子的湿热性能进行了九个测试项目。结果表明,宏观上气态的水和储热特性与基本特性之间没有显着的相关性。湿气和热传输特性均显示出与开放孔隙度的相关性高于与堆积密度的相关性,并且受含水量的影响程度不同。五个BBP和扁平的生竹之间的比较表明,BBP工艺可提高均质性并拓宽材料性能谱。就运输和运输方面而言,其运输特性的变化要大于存储特性。 (C)2017 Elsevier Ltd.保留所有权利。

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