Nanotechnologies have invaded the field of tissue engineering including osteoarticular and
dental tissue, and innovative biomaterials with topographic features engineered at the …

High-steep slope information collection and multistep rocky slope stability analysis play an
important role in slope engineering. However, traditional on-site investigations suffer from …

The representative elementary volume (REV) is the premise of the continuous-media
method of analysis, and the investigation of the REVs of fractured rock masses is a …

Key block theory is a widely used method in rock engineering for analyzing the stability of
fractured rock masses. However, the traditional theory does not consider the forces between …

Rock cliff faces are mostly avoided in rock engineering research, especially where the scale
of the slope exceeds the scale of fracturing present in the rock mass. The research to …

Excavation of shallow-buried, hard rock masses usually leads to the instability of rock blocks
delimited by discontinuity planes. Classic block theory only deals with the stability of rock …

Association rule mining (ARM) is one of the most important tasks in data mining. In recent
years, swarm intelligence algorithms have been effectively applied to ARM, and the main …

The stability of rock blocks is still a key problem in the rock excavation industry and therefore
deserve further research and study. Due to the complicated nature of large-scale, three …

In traditional block theory, the removability and stability of rock blocks are analyzed
independently; that is, the stability of a removable block is analyzed in detail, and …

In hard rock masses, rock destruction is often manifested in the form of the local failure of the
blocks formed due to fracturing. In this paper, we compare the application of block theory …