Porous fibrous materials have been widely used as acoustic treatments for noise
attenuation. Their acoustic properties are typically characterized by Johnson-Champoux …

Effects of microstructure factors on the acoustic performance of open-cell foams can be
characterized numerically by a microstructure-based approach. To this regard, the numerical …

Transports and sound absorption performance of foam-based absorbers are influenced by
the morphologies of their pore connections. Understanding the microstructure–property …

In the context of noise and vibration control, constrained viscoelastic materials can be used
to reduce structure-borne noise of vibrating structure. This passive damping treatment finds …

The purpose of this study is to optimize the construction progress and resource allocation of
highway engineering, and improve the construction efficiency and resource utilization …

With the increasing competition in the market, retail enterprises need to find new profit
growth points in order to gain competitive advantage. Through collaborative filtering …

Acoustic properties of foams, such as macroscopic transports and sound absorption, are
significantly influenced by their local morphology. The present paper develops a polynomial …