The freeze-thaw damage of rock is a critical problem to study rock engineering in cold regions.
When water is frozen in pores, 9% volume expansion will induce damage in rock for a …

Although the strength loss of natural stone materials was widely investigated in the previous
decades, the change law of pore structure characteristic and their correction with the …

A 9% expansion of freezing water in the elliptical cavities (fractures) of rock leads to frost
heaving pressure and thermal stress, which are the main cause of the freeze-thaw damage of a …

The freeze-thaw damage of rock is mainly induced by cycling loading of pore ice pressure
and thermal stress under coupled thermo-hydro-mechanical (THM) condition at low …

The freeze-thaw damage of rock is mainly induced by the 9% volumetric expansion of frozen
water. It has already been demonstrated that unfrozen water exists in porous material at the …

As an artificial pillar, the cemented tailings backfill (CTB) is not destroyed in a short time. It is
of great significance to understand the fracture mechanism of CTB for mine backfilling …

Objective: This study aimed to use the radiomics signatures of a machine learning-based tool
to evaluate the prognosis of patients with coronavirus disease 2019 (COVID-19) infection. …

The pore structure and unfrozen water film have a significant influence on the frost heave of
saturated porous media. The freezing process and frost heaving characteristics of saturated …

Cemented tailings backfill (CTB) is the most cost-effective and environmentally friendly
method to recycle tailings for filling mining. It is of great significance to study the fracture …

A systematic method has been proposed to estimate the two-phase flow properties of horizontal
fractures under normal deformation condition. Based on Gaussian aperture distributions …