Alioua Tarek, Agoudjil Boudjemaa, Chennouf Nawal, Boudenne Abderrahim, Benzarti Karim
Université Paris Est Créteil Val de Marne/CERTES, 61 Av. Du G1 Av. Du e Marne, 94010 Créteil Cedex, France.
Université Batna -1, LPEA, Les Allées 19 Mai Route de Biskra Batna, Algeria.
Data Brief. 2019 Oct 9;27:104590. doi: 10.1016/j.dib.2019.104590. eCollection 2019 Dec.
The present data article is concerned with the hygrothermal performance at the wall scale of a new bio-based building material including date palm fibres. A specific test setup allowed to measure temperature and relative humidity (RH) profiles at three different depths of the bio-based wall subjected to outdoor boundary conditions. Besides, a partial differential equations resolution software was then used to solve two mathematical models (, Kunzel and Mendes models) describing heat and moisture transfer in porous building materials. Both experimental/simulated temperature and RH profiles are provided with this dataset article. The proposed experimental setup can be used for studying the hygrothermal performance of different kinds of bio-based building materials at wall scale, while experimental/numerical data can serve as reference values for the validation of mathematical models intended to describe heat and mass transfer.
本数据文章关注的是一种新型生物基建筑材料（包括椰枣纤维）在墙体尺度下的湿热性能。一种特定的测试装置能够测量在室外边界条件下生物基墙体三个不同深度处的温度和相对湿度（RH）分布。此外，随后使用了一个偏微分方程求解软件来求解描述多孔建筑材料中热质传递的两个数学模型（昆泽尔模型和门德斯模型）。本数据集文章提供了实验/模拟的温度和RH分布。所提出的实验装置可用于研究不同种类生物基建筑材料在墙体尺度下的湿热性能，而实验/数值数据可作为验证用于描述热质传递的数学模型的参考值。
