Currently, the durability of cement-based composites is primarily influenced by the presence
and transport of corrosive fluids. In structural concrete, various factors such as mechanical …

Aggressive media in the environment will penetrate into the porous media through the
connected pore channels, causing damage to the microstructure and reducing the working …

For designing conductive polymer composites (CPCs), understanding how the fiber
curvature affects the percolation behavior of curved conductive fibers is essential for …

Owing to the shape and size polydispersities of grains, transport paths in granular media are
always tortuous. In general, the tortuosity of a transport path affects the fluid flow and mass …

This study investigates the effective permeability of fractured porous media with fracture
density near the percolation threshold. A new equivalent matrix-fracture network (EMFN) …

In general, porous media can be represented by the overlap** particle packing systems,
where the overlap**-particles themselves are the pore phase that permit fluid flow. A …

The percolation of the interfacial transition zone (ITZ) is generally regarded as an important
factor that may accelerate the penetration of aggressive agents in concrete materials, and its …

The pretensioned spun high strength concrete pipe pile (PHC pipe pile) is widely applied in
important infrastructures of off-shore zones due to its low permeability and high capacity …

Quantifying the influence of fiber curvature on the percolation behavior of flexible conductive
fiber and further on the electrical conductivity of conductive polymer composites (CPCs) is …

The microstructure of granular media, including grain's shape-and size-polydispersities,
orientation, and area fraction can potentially affect its permeability. However, few studies …