One of the techniques employed in geotechnical engineering to deal with poor soils is to
modify their mechanical properties using cement. On the other hand, a number of recent …

The interfacial properties of fibers and matrix materials have an important effect on the
mechanical properties of fiber-reinforced materials. To study the role of fiber morphology …

Earth structures like roads and railways in cold regions face recurring freeze-thaw (FT)
cycles, leading to issues often overlooked by design guidelines that focus primarily on …

Soil–cement materials are widely used in civil engineering. Previous studies described
problems related to errors in ultrasonic measurements of the unconfined compressive …

The problem of weak ground conditions is currently of great interest, as with the rapid
development of infrastructure, researchers are trying to cope with the improvement of …

One of the approaches in the geotechnical engineering for co** with poor soils is to
modify their mechanical characteristics with the aid of soil improvement strategies such as …

To study the damage mechanisms of anhydrite rock under freeze-thaw cycles, the physical-
mechanical properties and the microcracking activities of anhydrite rock were investigated …

Cementitious materials such as Ordinary Portland Cement (OPC), fly ash, lime, and bitumen
have been employed for soil improvement over the years. However, due to the …

To explore the damage evolution law of cement-stabilized weathered sand under the action
of freeze–thaw cycles, relevant experimental research was carried out on stabilized …

This study examines the efficacy of employing calcium sulfoaluminate (CSA) cement, an
environmentally friendly binder, for enhancing the geomechanical characteristics of sand …