To reveal the failure mechanism of full-grouted bolting system, revised Pile elements were
selected to numerically reveal the anchoring performance of full-grouted anchor bolts. A tri …

The deformation and failure of deep soft rock roadways become more prominent. In this
paper, two true triaxial model tests were carried out to investigate the deformation and failure …

This paper modified the original structural elements of pile in FLAC3D to analyse the
performance of rock bolts. For the contact surface between the bar and the binding grout …

Numerical simulation is a useful tool in investigating the loading performance of rock bolts.
The cable structural elements (cableSELs) in FLAC3D are commonly adopted to simulate …

The dynamic evolution characteristic of the bond strength at the interface of a bolt and a rock
mass under an axial tensile load and the mechanical behavior of fully grouted bolts in situ …

Rockbolts are widely used in the tunnels and underground mining industry for support and
reinforcement of the rock mass around the perimeter of the excavation. Better understanding …

Grouting materials play a very important role in the performance of anchor structures. In this
study, a new grouting material (FCSA-1) consisting of ferrite-rich calcium sulfoaluminate …

Modern tunnel support design theory holds that surrounding rock not only generates load,
but also takes load together with support system. However, how much loads will be taken by …

The bonding performance between the anchor anchorage body and soil is an important
index to evaluate the anchoring performance of anchor bolts. In this work, the vertical …

Exploring the shear behavior of the bolt-grout interface is crucial to the reinforcement of the
rock mass in many geotechnical engineering applications, yet few studies have been carried …