Freeze-thaw weathering is an important surface process and the complex underlying
processes can be understood as an interplay between rock properties and its dynamic …

To study the deterioration mechanisms of anhydrite rock under the freeze-thaw weathering
process, the physico-mechanical characteristics and microstructure evolutions of anhydrite …

To evaluate the deterioration degree of rock freeze–thaw damage in cold area engineering,
it is necessary to establish an accurate freeze–thaw rock damage model and its uniaxial …

This research presents the macroscopic and microscopic performance of the early-age frost
roller compacted concrete (RCC) interface to investigate the influence of pre-curing time and …

Sufficient bonding at concrete–rock interfaces is an important prerequisite when designing
supports using concrete or shotcrete. However, the bonding between concrete and rock is …

Rock masses in high-elevation or cold areas are vulnerable to the joint results of freeze-
thaw (FT) action and dynamic loading, it is thus significant to evaluate the tensile mechanical …

Freezing-thawing disasters are caused by the coupling effect of thermo-hydro-mechanical
(THM) activity in rock masses at low temperatures, which seriously threatens the safety of …

Freeze-thaw has great deterioration effect on rock mechanical performance, which strongly
affect the stability of rock masses engineering. Meanwhile, natural fractures in real rocks are …

At present, the existing freeze–thaw damage models are mostly phenomenological damage
models that use macroscopic indicators as variables, and there is a lack of a multi-scale …

The recurrence of freeze-thaw processes induced by day-night and seasonal temperature
changes is one of the most important reasons for damage and instability of rock engineering …