The artificial ground freezing (AGF) is one of the most popular ground-support methods.
Driven by its reliability, compatibility with a wide range of ground types, and low impact on …

The impacts of ongoing climate warming on cold‐regions hydrogeology and groundwater
resources have created a need to develop groundwater models adapted to these …

Artificial ground freezing (AGF) has been extensively applied in underground engineering
construction as a popular ground-support technique. In recent decades, a series of …

The present study investigates the evolution of gas hydrate-bearing permafrost sediments
against the environmental temperature change. The elastic wave velocities and effective …

Permafrost thaw due to climate warming modifies hydrological processes by increasing
hydrological connectivity between aquifers and surface water bodies and increasing …

Artificial ground freezing (AGF) is a ground improvement technique for ensuring the safety of
underground construction works in water-bearing soils. High velocity water transport in …

Unfrozen water content significantly affects the thermal‐hydro‐mechanical characteristics of
frozen soil. Currently, theoretical explanations for the presence of unfrozen water include …

The influence of seasonally frozen ground (SFG) on water, energy, and solute fluxes is
important in cold climate regions. The hydrological role of permafrost is now being actively …

Numerous studies have investigated the coupled multi-field processes in frozen soils,
focusing on the variation in frozen soils and addressing the influences of climate change …

Although many frost heave and freezing soil models have been developed in the past
decades, saturated conditions are commonly assumed and/or the behavior of pore ice rather …