Journal Articles Data in Brief Year : 2020

Experimental data and calibration processes to a new and simple device dedicated to the thermo-optical properties of a polycarbonate construction material

Abstract

Thermo-optical properties of construction materials are im- portant factors while designing a building. Human comfort and environmental issues are the main reasons inciting re- searchers to work in this field. For instance, the thermal con- ductivity coefficient, the optical reflectance, the optical trans- mittance and the optical absorbance of materials are fre- quently measured properties in civil engineering. Currently, each of these physical coefficients is measured separately by various devices. A new experimental device is therefore de- signed to measure these properties in a single unit. The data presented in the article consists of the experimentation pro- cess of designing a new type device. This paper includes data for calibration, measurements and validation for the el- ements of the new device. This data has been collected in the laboratory and is made available for reproducibility and improvement research in the field of thermo-optical proper- ties of construction materials. This data article is related to the original research article of Fakra et al. denoted “A new simple experimental device for measuring the thermo-optical properties of translucent construction materials.
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Dates and versions

hal-02936586 , version 1 (11-09-2020)

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Ali Hamada Fakra, Blazquez Recio Alfonso José, Nour Murad, Ando Ny Aina Randriantsoa, Jean Claude Gatina. Experimental data and calibration processes to a new and simple device dedicated to the thermo-optical properties of a polycarbonate construction material. Data in Brief, 2020, 32, pp.106289. ⟨10.1016/j.dib.2020.106289⟩. ⟨hal-02936586⟩
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