Installera Enhetsomvandling!
Installera Enhetsomvandling!
Installera Enhetsomvandling!
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Installera Enhetsomvandling!
- Mechanism of strength deterioration of red sandstone on reservoir bank . . .
The research results showed that when the 5th dry–wet cycle ended, the dry mass and peak strength started to rapidly decline, while the porosity and saturated mass increased rapidly
- Mechanism of strength deterioration of red sandstone on reservoir bank . . .
To investigate the micro-scale mechanism of strength deterioration under different times of dry-wet cycles, laboratory tests of physical properties, triaxial compression, X-ray diffraction (XRD) and scanning electron microscopy (SEM) were conducted on red sandstone on reservoir bank slopes
- Mechanism of strength deterioration of red sandstone on reservoir bank . . .
To investigate the micro-scale mechanism of strength deterioration under different times of dry–wet cycles, laboratory tests of physical properties, triaxial compression, X-ray diffraction (XRD) and scanning electron microscopy (SEM) were conducted on red sandstone on reservoir bank slopes
- Mechanism of strength deterioration of red - ProQuest
To investigate the micro-scale mechanism of strength deterioration under different times of dry–wet cycles, laboratory tests of physical properties, triaxial compression, X-ray diffraction (XRD) and scanning electron microscopy (SEM) were conducted on red sandstone on reservoir bank slopes
- Damage mechanism evolution of red sandstone under drying–wetting cycles . . .
To explore the effect of water-induced rock strength damage under the repeated action of saturation and drying, this study conducted compression experiments on red sandstone
- Mechanical characteristics of red sandstone under cyclic . . . - Springer
The bank slope of the Three Gorges Reservoir is affected by seasonal water level fluctuations, which leads to deterioration of the rock mass, resulting in a series of geological disasters such as landslides and mudslides
- Effect of Dry–Wet Cycling on the Degradation Characteristics and . . .
The physical and mechanical parameters and degradation mechanisms of red sandstone in the Mount Wuyi scenic area were studied under the action of dry–wet cycles
- Experimental Study on Mechanical Properties and Deterioration Mechanism . . .
Therefore, studying the deterioration laws and deterioration mechanism of the mechanical properties of rocks under the coupling effect of drying−wetting cycles and acidic solutions is crucial for the prevention of geological disasters and the stability of reservoir bank slopes
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