Towards a practical mould growth risk indicator

H. Moon, G. Augenbroe
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引用次数: 16

Abstract

The most dominant moisture-related problem in buildings is mould growth. Although recent research has established the causal, physical biological relationships between moisture content, temperature, material type, and mould growth, we do not have an established set of causal relationships between certain building parameters and the risk of mould growth. This paper will deal with the first stage of research that focuses on the construction of a ‘performance indicator’ (PI) that expresses the mould growth risk in existing buildings as the causal effect of certain building parameters. This stage focuses on the accurate prediction of mould growth based on the availability of detailed information about the physical states of building materials over time. These states will be aggregated into a PI value that is meaningful to the actual risk.
走向实用的霉菌生长风险指标
建筑物中最主要的与湿度有关的问题是霉菌生长。虽然最近的研究已经建立了水分含量、温度、材料类型和霉菌生长之间的因果关系,但我们还没有在某些建筑参数和霉菌生长风险之间建立起一套因果关系。本文将处理第一阶段的研究,重点是构建一个“性能指标”(PI),该指标将现有建筑中的霉菌生长风险表示为某些建筑参数的因果效应。这一阶段的重点是根据建筑材料随时间变化的物理状态的详细信息,准确预测霉菌的生长。这些状态将被聚合成一个对实际风险有意义的PI值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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