In recent years, natural materials are becoming a valid alternative to traditional sound absorbers due to reduced production costs and environmental protection. This paper reports the acoustical characterization of sheep wool. Measurements on normal incidence and diffuse-incidence sound absorption coefficients of different samples are reported. The airflow resistance has also been measured. The results prove that sheep wool has a comparable sound absorption performance to that of mineral wool or recycled polyurethane foam. An empirical model is used to calculate the sound absorption of sheep wool samples. A reasonable agreement on the acoustic absorption of all sheep wool samples is obtained
Natural materials are becoming a valid option for sound absorption treatments. In particular, among ...
This article dealth with geometric properties of local wool, determined by the standard length metho...
This research has investigated the use of feather fibres to produce sound absorption materials as an...
In recent years, natural materials are becoming a valid alternative to traditional sound absorbers d...
Wool of mountain sheep, treated nowadays as a waste or troublesome byproduct of sheep husbandry, was...
Given the good thermal and sound absorption properties, the lack of harmful effects on health, and t...
The wool fibers of the Latxa sheep breed were combined with a soy protein isolate (SPI) matrix to de...
Green materials, either natural or from recycled materials, are becoming a valid alternative to trad...
A novel wool absorption board was prepared by using a traditional non-woven technique with coarse wo...
Abstract In this paper, the measurement of sound absorption coefficient of novel sustainable fibrous...
6 p. : il.Mineral wools (glass wool and rock wool) are the most used sound absorption material in co...
This communication reports the results of a pilot study on the sound absorption characteristics of c...
Sound absorbers including porous materials are used widely for noise control. The most widely-exploi...
Sound absorbers including porous materials are used widely for noise control. The most widely-exploi...
AbstractSheep wool is a natural material, already used for thermal insulation of pitched roofs, in t...
Natural materials are becoming a valid option for sound absorption treatments. In particular, among ...
This article dealth with geometric properties of local wool, determined by the standard length metho...
This research has investigated the use of feather fibres to produce sound absorption materials as an...
In recent years, natural materials are becoming a valid alternative to traditional sound absorbers d...
Wool of mountain sheep, treated nowadays as a waste or troublesome byproduct of sheep husbandry, was...
Given the good thermal and sound absorption properties, the lack of harmful effects on health, and t...
The wool fibers of the Latxa sheep breed were combined with a soy protein isolate (SPI) matrix to de...
Green materials, either natural or from recycled materials, are becoming a valid alternative to trad...
A novel wool absorption board was prepared by using a traditional non-woven technique with coarse wo...
Abstract In this paper, the measurement of sound absorption coefficient of novel sustainable fibrous...
6 p. : il.Mineral wools (glass wool and rock wool) are the most used sound absorption material in co...
This communication reports the results of a pilot study on the sound absorption characteristics of c...
Sound absorbers including porous materials are used widely for noise control. The most widely-exploi...
Sound absorbers including porous materials are used widely for noise control. The most widely-exploi...
AbstractSheep wool is a natural material, already used for thermal insulation of pitched roofs, in t...
Natural materials are becoming a valid option for sound absorption treatments. In particular, among ...
This article dealth with geometric properties of local wool, determined by the standard length metho...
This research has investigated the use of feather fibres to produce sound absorption materials as an...