The freezing of saturated saline soil is a dynamic hydro-thermal-salt-mechanical (THSM)
interacting process. One-side freezing experiment of saturated sulfate saline soil in an open …

ABSTRACT A series of saline soil-related problems, including salt expansion and collapse,
frost heave and thaw settlement, threaten the safety of the road traffic and the built …

This paper reviews the history of the research development on the coupling mechanism of
the multiphysical field, eg, thermo‐hydro‐mechanical (THM), for frozen soil. The objective is …

Crystallization is generally considered as the most destructive factor of porous material, but
few studies have reported the coupling effects among fluid flow, heat transfer, crystallization …

This paper is motivated by the concept that the successful, effective, and sustainable
implementation of the smart city paradigm requires a close cooperation among researchers …

Soil desertification and salinization are common in arid and semi-arid regions, and can
result in roads being buried by quicksand or corroded by salts. Therefore, it is important to …

Abstract The RILEM TC ASC-271 is designing a new procedure to assess the durability of
porous building materials to salt crystallisation in the laboratory, consisting of a salt …

Understanding multiphase transformations and the migration of heat, water, vapor, and salt
in coarse-grained saline soil under groundwater recharge and environmental freeze—thaw …

Abstract Knowledge of freezing–thawing (F–T) cycles of sulfate saline soil is crucial
regarding the spatial–temporal distribution of solutes in the soil, soil salinization, and cold …

The behavior of water and salt inside porous sandstone is crucial for determining the
durability of stone heritage. This involves multiphase coupled processes, yet previous …