Fibrous materials have been widely used in noise reduction due to the porous structures. In
this review, available studies regarding the prediction methods of acoustic absorption …

One of the key elements in tissue engineering is to design and fabricate scaffolds with tissue-
like properties. Among various scaffold fabrication methods, textile technology has shown its …

Waste wool fiber is a potential source for thermal and acoustical applications due to its
natural properties. This work aims to investigate the potential of crossbreeding for the …

The development of scientifically based fibrous porous networks has been gaining
momentum due to their potential advantages in a wide spectrum of end-uses. Flow of fluid …

Control of acoustical related phenomenon in environments, such as work place and
residential homes, using various textile materials has gained paramount importance …

Wool of mountain sheep, treated nowadays as a waste or troublesome byproduct of sheep
husbandry, was used for the production of sound-absorbing materials. Felts of two different …

In this paper application of X-ray micro-computed tomography (μCT) together with fluid
simulation techniques to predict sound absorption characteristics of needled nonwovens is …

In this study, carbon black was synthesized by the utilization of synthetic textile waste (waste
polyester fabric (PET) and polyester cotton (50: 50) blend (PC)) in a horizontal tube furnace …

Wool insulating materials provide good acoustic insulation and are increasingly used for
room insulation. These insulating materials are usually produced using nonwoven …

Porous acoustic materials are among the most frequently employed acoustic materials. This
paper evaluates the acoustic performance of porous materials concerning the addition of …