Table 1 The summary of existing literatures on the cross-fissured specimens under individual static loading.

From: Dynamic fracture mechanism and fragment characteristics of sandstone specimens with asymmetrical conjugate fissures under static pre-compression

Author (year)

Brittle materials

Cross fissure types

Loading path

Zhang et al.9

Rock-like materials

One set of cross fissures with different inclination angles

Uniaxial static compression

Zhang et al.10

Rock-like materials

Two aligned X-type flaws

Uniaxial static compression

Zhang et al.11

Rock-like materials

Two sets of cross fissures with different aligned stepped, and collinear configurations

Uniaxial static compression

Liu et al.7

Gypsum

One set of cross fissures

Uniaxial static compression

Liu et al.8

Gypsum

One set of cross fissures

Biaxial static compression

Zhou et al.12

Rock-like materials

Two sets of cross fissures

Uniaxial static compression

Zhou et al.14

PMMA

Two sets of cross fissures with different inclination angles and horizontal spacings

Uniaxial static compression

Liang et al.13

Mudstone

Two sets of cross fissures with different cross angles and rock bridging angles

Uniaxial static compression

Cao et al.15

Rock-like materials

Multiple sets of cross fissures

Uniaxial static compression