The production and use of traditional building materials contribute to environmental pollution
and natural resource depletion. Besides, disposal of agricultural, industrial, and construction …

Foams are widely used for applications in construction, energy absorption, and building
insulation. We developed sustainable chitin/chitosan-based foams derived from snow crab …

Various acoustic materials are developed to resolve noise pollution problem in many
industries. Especially, materials with porous structure are broadly used to absorb sound …

A multilayered graphene oxide-impregnated polyurethane (GO-PU) foam structure is
proposed to maximize the sound absorption coefficient (SAC). The sound absorption …

The use of lignocellulosic fibers as fillers in polymer matrices has aroused the interest of the
scientific community and industrial sectors. In Brazil, the high macadamia consumption has …

Sound absorption is one of the important properties of porous materials such as foams and
lattices. Many mathematical models in the literature are capable of modeling the acoustic …

Down-polyethylene film material has been introduced for the first time as an excellent non-
frame sound absorber, showing a distinctively outstanding performance. It contains down …

The objective of the current research is to propose new polymer composites with optimal
acoustic properties. To do so, the ethylene‐vinyl acetate foam is employed as the based …

Underwater noise pollution, mainly emitted by shipping and ocean infrastructure
development of human activities, has produced severe environmental impacts on marine …

The main objective of this research was to examine the development of fire in a furnished
room in a typical high-rise building. This work was part of research on the fire safety of …