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Effects of bedding plane properties on mechanical, acoustic emission and micro failure characteristics of bedded rock mass
To study the effects of bedding plane properties on the mechanical, acoustic emission and micro failure characteristics of bedded rock mass, uniaxial...
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Study on the Effect of Bedding Plane and Loading Style on Fracture Process Zone in Coal
In this study, we conduct the single-edge notched beam (SENB) test to study the influence of bedding planes and loading style on the fracture...
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Analysis of passive thrust near slope toe in laterally confined slopes lying on inclined bedding plane
The estimation of passive thrust, which causes toe failure when the mass above the toe of a slope experiences compression due to downslope movement,...
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Numerical investigation on the effect of bedding plane properties on mode I fracture characteristics of mudstone with FEM-CZM method
The bedding plane properties of rock have a strong effect on the stability control of geotechnical engineering. To study the influence of bedding...
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Cyclic degradation of weakly cemented soil and artificial bedding plane in cyclic ring shear test
Cyclic degradation is a common phenomenon in the engineering practice of soil dynamics. In the literature, numerous earthquake-induced landslides...
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Effects of Different Bedding Angles and Impact Angles on the Dynamic Tensile Properties of Thermal-Treated Shale After Cooling Treatment
Studying the influence of the shale bedding angle and the angle between the shale bedding and the loading direction on the rock-breaking...
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Stability analysis of laterally confined slope lying on inclined bedding plane
A stability analysis of a laterally confined slope model, lying on an inclined bedding plane, was presented to evaluate the lateral shear resistance...
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Role of bedding plane in the relationship between Mode-I fracture toughness and tensile strength of shale
Shale exhibits strong anisotropy due to the sedimentary environment and pre-existing micro-fractures. It is of great significance to characterize the...
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Mechanical behavior of the weak bedding plane within sandstone subjected to dynamic load of cyclic tension
The wave sources such as explosion, impact, seismic and earthquake events in underground excavation, mining and rock slope engineering may cause the...
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Theoretical study on stability evolution of soft and hard interbedded bedding reservoir slopes
Soft and hard interbedded bedding rock slopes, which is prone to failure, are widely distributed in the Three Gorges Reservoir, China. Limit...
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Damage evolution characteristics of 3D reconstructed bedding-containing shale based on CT technology and digital image processing
In order to construct a numerical simulation model that can reflect the bedding structure of real shale samples, CT scanning and digital image...
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Investigation of seismic displacements in bedding rock slopes by an extended Newmark sliding block model
Earthquake-induced plane failure is typically generated on bedding rock slopes. This failure mode has been widely observed in the past earthquakes in...
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Study on physico‑mechanical characterization of rock-like material with bedding planes under coupled static and dynamic cyclic loadings
Underground rocks are often subjected to seismic waves and blasting excavation, which cause significant changes in physical and mechanical...
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Stability evaluation of slopes with bedding planes parallel to the slope, considering saturation softening effect of undisturbed potential slip zones
The undisturbed soil in the slip zone is highly water sensitive. Elucidation of its strength properties and degradation mechanism is important for...
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Cracking Patterns and Damage Evolution Characteristics of Coal with Bedding Structures Under Liquid Nitrogen Cooling
Liquid nitrogen (LN 2 ) fracturing has various advantages, such as low reservoir damage, minimal environmental impact, and excellent permeability. In...
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A new layered rock constitutive model incorporating confining pressure and bedding angle weights based on orthogonal matrix analysis
Under the combined influences of confining pressure, lithology and bedding, the deformation and failure characteristics of layered rocks become more...
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Optimal mining sequence for coal faces under a bedding slope: insight from landslide prevention
Repetitive mining beneath bedding slopes is identified as a critical factor in geomorphic disturbances, especially landslides and surface subsidence....
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Experimental and Numerical Studies on the Anisotropic Mechanical Characteristics of Rock-Like Material with Bedding Planes and Voids
Mechanical and fracture behaviors of rocks are largely dependent on the rock structure and existing flaws. This study mainly focuses on the combined...
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Experimental Study of Fracture Initiation and Morphology in Low-Brittle Shales with Bedding Planes subjected to LN Fracturing
Liquid nitrogen (LN) can deteriorate rock structure and mechanical properties. It is an effective method for engineering applications in deep...
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An Improved Method for Estimating Earthquake-Induced Permanent Displacement of Bedding Rock Slopes
An improved method for fast and reasonable estimation of seismically induced permanent displacement of bedding rock slopes is proposed in this study....
