This review aims at gathering the available information of multi-layer fibrous structures
toward acoustic absorption. Firstly, multi-layer nonwoven fabrics have attracted considerable …

Textile curtains can be designed to be good sound absorbers. Their acoustical performance,
as usually described by the sound absorption coefficient, not only depends on the textile …

In this paper, the standardized characterization of nanofibrous membranes used to coat
three porous bulk acoustical materials (melamine foam, a polyester textile, and an MDF …

In this paper, we propose a more general forecasting method to predict the sound
absorption coefficients at six central frequencies and the average sound absorption …

Well-designed thin lightweight fabrics can effectively replace bulky porous materials
traditionally used in sound absorption. In this paper, a method based on Johnson …

In this work, a new band yarn woven (BYW) fabric has been developed to improve the sound
absorption of kapok fibrous materials. BYW fabric materials were prepared by the …

The woven fabric is known to have micro structures inherently so that it can be employed as
sound absorber with the same absorption mechanism as the micro-perforated panel (MPP) …

A theoretical model to predict the sound absorption of lightweight multilayer curtains is
presented. The fabric sheets of the curtain are represented by a network of discrete …

The ability of composites to insulate against noise and heat is crucial when utilized in
buildings and other public structures and provide enhanced load bearing properties. Three …

Recent history has witnessed substantial growth in public concern related to noise pollution
due to industrial progress. As much as this situation imposes a burden on textile producers …