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| Título : | Acoustical and thermal characterization of sustainable materials derived from vegetable, agricultural, and animal fibers |
| Autor : | Said Bousshine
Mohamed Ouakarrouch
Abdelmajid Bybi
Najma Laaroussi
Mohammed Garoum
Amine Tilioua |
| Fecha de publicación : | 2021 |
| Citación : | Elsevier, p. 1-18 |
| Resumen : | Sustainable materials tend to become an alternative to synthetic materials in the building sector for
acoustical correction and thermal insulation. This research work is dedicated to the acoustical and thermal
characterization of some sustainable materials derived from vegetable, agricultural, and animal
wastes, i.e. date palm (trunk, petiole, pinnate leaves, bunch, and fiber mesh), reed, esparto, olive tree,
fig tree, wood sawdust, chicken feathers, and sheep wool. All materials are characterized experimentally
using standard methods: impedance tube and guarded hot plate for absorption coefficient and thermal
conductivity measurements, respectively. The results indicate that the majority of studied materials exhibit
good acoustical and thermal performances: absorption coefficient in the range 0.6–0.9 (medium frequencies)
and thermal conductivity between 0.044 and 0.091 W/m.K. It is found that esparto, petiole,
chicken feathers, and sheep wool meet the main properties required for acoustic correction and thermal
insulation applications and have great potential to replace synthetic materials (glass wool: 0.95, 0.044 W/
m.K). The measured absorption coefficient and thermal conductivity were (0.9, 0.065 W/m.K); (0.88,
0.072 W/m.K); (0.94, 0.045 W/m.K); (0.95, 0.044 W/m.K); for esparto, petiole, chicken feathers, and sheep
wool, respectively |
| License: | http://andzoa.ma/fr |
| URI : | http://localhost:8080/dspace/handle/0/3752 |
| Aparece en las colecciones: | Fonds Documentaire
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