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Mechanical Responses of Granite Under Confined Direct Tensile Testing: Fracture, Strength, Energy Conversion and Mechanism
Rock fractures often occur in the coexisting compressive–tensile stress state. However, the influencing rules of compressive stress on the tensile...
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Flow-slide characteristics and failure mechanism of shallow landslides in granite residual soil under heavy rainfall
Affected by typhoons over years, Fujian Province in Southeast China has developed a large number of shallow landslides, causing a long-term concern...
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Force and energy equilibrium-based analytical method for progressive failure analysis of translational rockslides: formulation and comparative study
Massive rockslides are recognized as one of the most catastrophic hazards due to their rapid sliding velocity and high destructiveness. This study...
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Conversion Models Between Elements and Mineral Compositions and Their Applications for Rapid Determination of the Brittleness of Shale
Mineralogy-based brittleness index is the simplest and most widely used index in characterizing the brittle property of shale gas/oil reservoirs....
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Energy transfer mechanisms of mobility alteration in landslide-debris flows controlled by entrainment and runout-path terrain: A case study
The movement of landslide-debris flows is strongly affected by entrainment and runout-path terrain. Herein, mobility alteration was explored from an...
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Energy From the Ocean
Technology has developed tremendously in the last few decades and the quality of lifestyle is improving day by day. Most of the gadgets, we are using...
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Smartly Designed Playgrounds to Renew Energy
Lack of energy is a major problem in many countries. Researchers found that fast movement that resulted from moving objects can be used in producing...
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Coal and Rock Deformation, Failure Mechanism, and Energy Conversion
The essence of coal and rock’s physical and mechanical change process is the conversion of energy, and its deformation and failure process is a...
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Energy conversion and deposition behaviour in gravitational collapse of granular columns
The high-density gravitational collapse of granular columns is very similar to the movements of large collapsing columns in nature. Based on the...
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Quantitative back analysis of in situ tests on guiding flexible barriers for rockfall protection based on 4D energy dissipation
This paper presents a quantitative analysis of system dynamic response, rockfall trajectory control, and kinetic energy evolution of the tests on the...
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Experimental study on the energy characteristics of sandstone in direct shear test under a decreasing normal stress
Excavation and earth surface processes will result in unloading of rock stress, which may induce unloading failure. Rock failure processes accompany...
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Energy characteristics and micro-cracking behaviors of deep slate rock under triaxial loadings
Sichuan–Tibet railway tunnels are generally long and deep, and some of them pass through layered slate, which is prone to failure under high in situ...
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The energy transfer from granular landslides to water bodies explained by a data-driven, physics-based numerical model
Landslides falling into water can trigger tsunamis, which are particularly destructive in the proximity of the landslide impact and in narrow water...
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Stability Analysis of Slope Considering the Energy Evolution of Locked Segment
Researches on the energy evolution of the key blocks is helpful to reveal the failure process of locked-segment type slope, whose stability is...
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Particle size spatial distribution in landslide dams
The particle composition and spatial distribution of landslide-induced dam bodies are critical geotechnical parameters for studying the hazards of...
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An improved inversion of Donghekou landslide considering “starting-elastic-impulsive” acceleration mechanism
High-speed remote landslides have been the focus of landslide research because of their fast movement, long sliding distance, and large damage range....
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Grain growth inhibited during grain size-sensitive creep in polycrystalline ice: an energy dissipation-rate perspective
Experiments in which two identical polycrystalline ice Ih specimens are simultaneously subjected to the same time–temperature history while one of...
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Discrete element modelling and scenario prediction of failure, movement and energy dissipation of a potential landslide under a seismic loading
Simulation of the process of landslide occurrence, including deformation and failure, material movement and energy dissipation of slopes, can help in...
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Simulation of energy transfers in waves generated by granular slides
This paper presents a multi-fluid Navier-Stokes modeling of the waves generated by two granular slides (subaerial and submarine) which were...
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The **di landslide in Shuicheng, Guizhou, China: instability process and initiation mechanism
The **di landslide was one of the most catastrophic basalt landslides in China since the twenty-first century. The landslide failure process was...
