WUFI Pro热湿模拟软件的应用及评价

建筑围护结构热湿性能是建筑物理研究的重要内容,它影响着建筑的耐久性.能耗水平及居住舒适性。通过WUFI Pro(一维瞬态热湿传递模型进行热湿分析,需要正确的构建结构模型,设置边界条件及运用合理的计算方式,以尽可能的获取真实的结果。WUFI Pro已经被广泛应用于包括木结构在内的多种建筑形式中,对于新型材料及构造形式的开发利用具有积极推动作用。输入参数确定需要的大量工作也一定程度限制了软件的使用

The hygrothermal performance of building envelopes is a critical research topic in building physics, as it affects building durability, energy consumption levels, and indoor living comfort. Conducting hygrothermal analysis via WUFI Pro, a one-dimensional transient heat and moisture transfer model, requires correctly establishing structural models, setting boundary conditions, and adopting reasonable calculation methods to obtain results as close to reality as possible. WUFI Pro has been widely applied in various building types including timber structures, and positively contributes to the development and utilization of new building materials and construction forms. However, the substantial workload required for determining input parameters has restricted the software's application to a certain degree.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于WUFI Pro热湿模拟软件在建筑围护结构热湿性能研究中的应用与评价，属于'竹资源全产业链增值增效技术集成与示范'项目的一部分。数据集提供了软件应用的详细说明和评价，强调了其在建筑耐久性、能耗及居住舒适性研究中的价值。