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Statistical analysis of the compositions of insulating plasters with aerogel
The quality of insulating materials is a very important aspect of the design of buildings and the assessment of the influence of the external environment to ensure the lowest possible thermal conductivity and the highest possible compression and flexural strengths. The purpose of this article is to analyze two sets of aerogel compositions in two types of plasters (own composition and commercial composition) to obtain new plasters with aerogel, used for buildings insulations. For the laboratory experiments, to measure the thermal conductivities of obtained plasters it was used a Heat Transfer Service Unit for Building and Insulating Materials, type H111N, and for determination of the mechanical strengths it was used a Universal Testing Machine Hegewald & Peschke INSPECT SOLO. The Wilcoxon Signed-Rank Test was used to determine the most effective composition in terms of isolation.
Statistical analysis of the compositions of insulating plasters with aerogel
The quality of insulating materials is a very important aspect of the design of buildings and the assessment of the influence of the external environment to ensure the lowest possible thermal conductivity and the highest possible compression and flexural strengths. The purpose of this article is to analyze two sets of aerogel compositions in two types of plasters (own composition and commercial composition) to obtain new plasters with aerogel, used for buildings insulations. For the laboratory experiments, to measure the thermal conductivities of obtained plasters it was used a Heat Transfer Service Unit for Building and Insulating Materials, type H111N, and for determination of the mechanical strengths it was used a Universal Testing Machine Hegewald & Peschke INSPECT SOLO. The Wilcoxon Signed-Rank Test was used to determine the most effective composition in terms of isolation.
Statistical analysis of the compositions of insulating plasters with aerogel
Gavrila, Camelia (author) / Melita, Larisa (author)
Advanced Topics in Optoelectronics, Microelectronics, and Nanotechnologies XI ; 2022 ; Constanta,Romania
Proc. SPIE ; 12493
2023-03-02
Conference paper
Electronic Resource
English
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