Grouting is a complex process involving interactions of slurry and water phase. The viscosity
of slurry is of spatiotemporal variation and significant loss of slurry was observed in grouting …

The scope of geotechnical investigations in tunnel projects is generally driven by the
allocated resources rather than the expected variability in the ground conditions …

Based on the computed tomography scanning, which abbreviation is CT scanning, and
fractal theory, geometric parameters of mudstone fissures are obtained. The physical model …

When planning infrastructures such as tunnels in karstified formations, a risk assessment of
groundwater inflow must be conducted. The aim of this paper is to present a workflow for the …

The largest element of technical and financial risk on any tunnel project lies in the ground
conditions. The conventional practice of developing deterministic interpretations of ground …

The water diversion tunnel of the Suki-Kinari hydropower station in Pakistan passes through
deep valleys with karst caves. Water and mud inrush disasters occurred during tunnel …

Building information modeling (BIM) in the planning and construction of infrastructure
projects, such as roads, tunnels, and excavations, requires the generation of comprehensive …

The application of geostatistical sequential simulation methods to build geomechanical
models and quantify the corresponding uncertainty is well established in the oil and gas …

In infrastructure planning and construction, modeling the subsoil and its associated
uncertainty is a fundamental task of geotechnical engineers. However, probabilistic methods …

To explore the evolution characteristics of multi-physical fields in dissolved surrounding
rockmass during karst tunnel construction, a tunnel engineering calculation model with …