In this paper, a fractal model is proposed for gas diffusion in dry and wet fibrous media with
tortuous converging–diverging capillary bundle on the basis of the fractal theory. The …

The study characterizes power-law fluid through charged fibrous porous media with spatial
fractional-derivative and fractal geometry. Seepage flow of power-law fluid across fractal …

To enhance high-temperature oxidation resistance, Al was introduced into lamellar porous
Ti 3 SiC 2, reducing wall porosity from 16% to 7%, signifying wall densification. DFT …

This paper presents a computationally efficient multi-scale analytical framework for
predicting the effective elastic response of short fiber reinforced polymers (SFRPs) under …

The performance of porous composite materials in thermal energy storage and management
applications can be engineered by controlling the relationship between the heat transfer …

Strong size-dependent mechanical behaviors can be observed in cellular structures
violating the principle of scale separation and cannot be captured by classical …

Seepage‐induced erosion in porous soil has always been a major concern in the field of
geofluids. Various fractal models have been built to theoretically investigate the porosity and …

In our previous work, the coaxial electrostatic spinning method was applied to construct
nanofiber/SiBCN ceramic aerogel with an elytra-mimetic structure. The material presented …

Braided composites, which have excellent mechanical and thermophysical performance,
have been considered promising materials widely used in aerospace, renewable energy …

Functionally graded graphene nanoplatelet reinforced composite (FG-GNPRC) have
exhibited significant potential for the development of high-performance and multifunctional …