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 …

Buried water pipelines are vulnerable to fail or break due to excessive loading or ground
displacements. Accurate evaluation of pipe performance and serviceability relies on the …

In cold regions, the bonding strength of concrete–rock interface is considerably influenced
by freeze–thaw (F–T) actions. However, accurate approaches to evaluate the influence of F …

Permafrost degradation negatively affects the thermal stability of northern infrastructure. The
quantification of heat loss through a buried oil pipeline is imperative to determine the …

Urbanisation is a global trend resulting in more people living in cities. This has led to
changes in urban morphology and microclimates explained by the urban heat island (UHI) …

In permafrost regions, the pipelines buried under the ground are widely used for long-
distance transportation of fossil fuel, which contributed to research focusing on the …

With the expansion of engineering activities, numerous major projects are gradually
emerging in frozen soil regions. However, due to the unique engineering properties of …

For some decades, the resources within the northern hemisphere have been studied for
possible exploration. The need for reliable infrastructures in such extreme cold climatic …

With increasing gas resource development in the arctic regions, gas pipeline installations in
permafrost regions are becoming important. Frost heave of pipeline foundation soils may …

The complex dynamic processes of moisture, temperature, and deformation in soil are
crucial factors affecting its engineering performance in freeze-thaw environments. In this …