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View article: The enhanced stability of ring pin–based tension band wiring in canine transverse patellar fracture models
The enhanced stability of ring pin–based tension band wiring in canine transverse patellar fracture models Open
Objective To evaluate the tensile strength and biomechanical properties of the tension band wire technique using a ring pin in a canine patellar transverse fracture model and to compare it with conventional tension band wire techniques. Me…
View article: An Experimental Investigation of Compaction‐Induced Breakage and Ultimate State for Rock Granular Materials
An Experimental Investigation of Compaction‐Induced Breakage and Ultimate State for Rock Granular Materials Open
Rock granular materials are among the most common solid filling materials, and their mechanical behavior depends on their grading, which changes due to breakage during loading and compaction. This study conducted compaction experiments on …
View article: Evaluation of Behavior Characteristics of Reinforced Concrete Beam Shear Strengthening with Different FRCMs
Evaluation of Behavior Characteristics of Reinforced Concrete Beam Shear Strengthening with Different FRCMs Open
This paper evaluated the structural behavior of shear-strengthened externally bonded FRCM composites. The additional shear strength of FRCM composites with three different types of textile grids (T1, T2, and T3) was analyzed for different …
View article: Experimental Study on Mode I Fracture Characteristics of Granite after Low Temperature Cooling with Liquid Nitrogen
Experimental Study on Mode I Fracture Characteristics of Granite after Low Temperature Cooling with Liquid Nitrogen Open
Liquid nitrogen fracturing has emerged as a promising technique in fluid fracturing, providing significant advantages for the utilization and development of geothermal energy. Similarly to hydraulic fracturing in reservoirs, liquid nitroge…
View article: Failure Behavior of Thin Disc Sandstone under Coupled Bending-Seepage Condition
Failure Behavior of Thin Disc Sandstone under Coupled Bending-Seepage Condition Open
A floor aquifuge usually bends and fails when mining above a confined aquifer, which may lead to water inrush disaster. The floor aquifuge was simplified as a thin disc model in this paper, and a series of coupled bending-seepage tests of …
View article: The variation of grain size distribution in rock granular material in seepage process considering the mechanical–hydrological–chemical coupling effect: an experimental research
The variation of grain size distribution in rock granular material in seepage process considering the mechanical–hydrological–chemical coupling effect: an experimental research Open
As a common solid waste in geotechnical engineering, rock granular material should be properly treated and recycled. Rock granular material often coexists with water when it is used as the filling material in geotechnical engineering. Wate…
View article: Variation Characteristics of Mass-Loss Rate in Dynamic Seepage System of the Broken Rocks
Variation Characteristics of Mass-Loss Rate in Dynamic Seepage System of the Broken Rocks Open
When the collapse column and its adjacent rocks in complex geological structures are disturbed by mining, concomitant fine particle migration, mass loss, and porous structure variation during the water seepage process in broken rocks are t…
View article: Application of DICM on Similar Material Simulation Experiment for Rock‐Like Materials
Application of DICM on Similar Material Simulation Experiment for Rock‐Like Materials Open
The digital image correlation method (DICM) has been applied to similar material simulation experiments for rock‐like materials, to overcome the weakness of traditional measurements, for example, data discontinuous. In this paper, the move…
View article: Seepage Mechanics in Rock Engineering
Seepage Mechanics in Rock Engineering Open
Seepage mechanics mainly studies the law of fluid movement in porous media, and its application is more and more extensive, which has become the theoretical basis of various engineering techniques [1].Because porous media exist widely in n…
View article: The Mass Loss Behavior of Fractured Rock in Seepage Process: The Development and Application of a New Seepage Experimental System
The Mass Loss Behavior of Fractured Rock in Seepage Process: The Development and Application of a New Seepage Experimental System Open
In order to study the water‐inrush mechanism in fractured geological structure, seepage instability theory is picked up, which considers that water‐inrush is the embodiment of seepage instability. Seepage tests are the basis for studying s…
View article: An Experimental Investigation for Seepage-Induced Instability of Confined Broken Mudstones with Consideration of Mass Loss
An Experimental Investigation for Seepage-Induced Instability of Confined Broken Mudstones with Consideration of Mass Loss Open
To study and prevent water-mud-outburst disasters of tectonic fracture zones in geotechnical engineering, we tested seepage stability of confined broken mudstones with consideration of mass loss using syringe seepage method and a self-desi…