Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties

<span lang="EN-GB">The experimental tests established the relations of rigid mineral wool products (with different structure) macrostructure parameters with main their mechanical characteristic – compressibility. The products within the nominal density between 45 and 170 kg/m<sup&...

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Main Authors: Andrius BUSKA, Romualdas MAČIULAITIS, Žymantas RUDŽIONIS
Format: Article
Language:English
Published: Kaunas University of Technology 2016-05-01
Series:Medžiagotyra
Subjects:
Online Access:http://matsc.ktu.lt/index.php/MatSc/article/view/9434
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author Andrius BUSKA
Romualdas MAČIULAITIS
Žymantas RUDŽIONIS
author_facet Andrius BUSKA
Romualdas MAČIULAITIS
Žymantas RUDŽIONIS
author_sort Andrius BUSKA
collection DOAJ
description <span lang="EN-GB">The experimental tests established the relations of rigid mineral wool products (with different structure) macrostructure parameters with main their mechanical characteristic – compressibility. The products within the nominal density between 45 and 170 kg/m<sup>3</sup> were analysed. Determined that strong functional relationship exists between the values of critical compressive stress and macrostructure parameters, density and organic content of mineral wool products, because the value of the multiple correlation coefficient equals 0.95. Using the obtained empirical equation is possible predict and calculate the mechanical behiaviour (compression stress) of mineral wool slabs by using macrostructure parameters and other (density, organic content) characteristics.</span>
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spelling doaj.art-57d7bd9688d74912b43da31498b3b3002022-12-21T18:19:01ZengKaunas University of TechnologyMedžiagotyra1392-13202029-72892016-05-0122111311710.5755/j01.ms.22.1.94346743Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical PropertiesAndrius BUSKARomualdas MAČIULAITISŽymantas RUDŽIONIS<span lang="EN-GB">The experimental tests established the relations of rigid mineral wool products (with different structure) macrostructure parameters with main their mechanical characteristic – compressibility. The products within the nominal density between 45 and 170 kg/m<sup>3</sup> were analysed. Determined that strong functional relationship exists between the values of critical compressive stress and macrostructure parameters, density and organic content of mineral wool products, because the value of the multiple correlation coefficient equals 0.95. Using the obtained empirical equation is possible predict and calculate the mechanical behiaviour (compression stress) of mineral wool slabs by using macrostructure parameters and other (density, organic content) characteristics.</span>http://matsc.ktu.lt/index.php/MatSc/article/view/9434mineral wool, structure, compressive stress, macrostructure parameter, mechanical properties
spellingShingle Andrius BUSKA
Romualdas MAČIULAITIS
Žymantas RUDŽIONIS
Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
Medžiagotyra
mineral wool, structure, compressive stress, macrostructure parameter, mechanical properties
title Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
title_full Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
title_fullStr Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
title_full_unstemmed Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
title_short Mineral Wool Macrostructure Parameter’s Relation with Product’s Mechanical Properties
title_sort mineral wool macrostructure parameter s relation with product s mechanical properties
topic mineral wool, structure, compressive stress, macrostructure parameter, mechanical properties
url http://matsc.ktu.lt/index.php/MatSc/article/view/9434
work_keys_str_mv AT andriusbuska mineralwoolmacrostructureparametersrelationwithproductsmechanicalproperties
AT romualdasmaciulaitis mineralwoolmacrostructureparametersrelationwithproductsmechanicalproperties
AT zymantasrudzionis mineralwoolmacrostructureparametersrelationwithproductsmechanicalproperties