A floor heave is a serious failure phenomenon in mining roadways, especially in soft rock
containing the mine water. Considering the influences of moisture content on rock …

Active support using highly prestressed cable bolts and anchor cables has become a
mainstream support technology for coal mine roadways. However, the ability of bolts and …

The paper examines a promising component for the energy sector–development of gas
reserves and gas production, taking into account the peculiarities of mining-geological and …

Excavation in deep weak rock engineering can significantly alter the stress state in the
surrounding rock, often leading to varying degrees of floor heave. The excavation stress …

Gob-side entry retaining by roof cutting, a pillarless mining technique, plays a critical role in
maintaining continuous production, rapid connection, and enhancing the coal recovery rate …

The floor heave is one of the most acute issues of underground mine roadways stability
problem. With an increase in mine depth, the floor heave becomes more dramatic. Analysis …

Weakly cemented soft rock roadways are prone to severe roof lowering and floor heave,
especially under strong mining. The failure of bolt (cable) supports is significant. Theoretical …

In coal mine roadway support, the arrangement of roadways in areas with high-stress
concentrations is a challenging issue. It is crucial to solve this problem in order to ensure the …

The severe floor heave in gob-side entry retaining is the major restriction factor of the wide
application of pillarless mining thin coal seams. Reinforcement and stress-relief floor heave …

The imbalance between excavation and mining is significant as it restricts the efficient
development of coal resources. Slow tunneling speed is primarily due to the inability to …