A series of small-scale tests was undertaken to verify if granular anchors could be used as a slope stabilisation technique. The nature of the material used and the resulting loading configuration are described here. The work confirms that the inclusion of anchors within a slope mass, irrespective of their number or orientation, significantly enhances the capacity and ductility of the failure mode. The small-scale nature of this research did influence the observed capacities, but the overarching hypothesis was confirmed. A simple analysis method is proposed that allows designers to accurately remediate natural or man-made slopes using existing analytical methods for slope stability
Tieback anchors are widely used for the stabilization of natural and manmade slopes in Japan. The in...
The paper is concerned with granular anchors in rock and soils. Model tests and numerical calculatio...
In this paper the study is slope stability. 70% of national land of Japan is mountain district, but ...
The use of anchored geosynthetic systems (AGS) was proposed by Koerner et al. for the stabilization ...
In recent years, about 1000 slope failures occur every year in Japan, and about 90% of them are supe...
The study in this paper is the slope stability. Although many slopes are prone to collapse, counterm...
Conventional mortar cemented anchors cannot meet the needs for landslide emergency management, as th...
Slope stability analysis is performed to assess the equilibrium conditions and the safe design of a ...
Combining the conventional method of slices for slope stability analysis with the previously derived...
The application of geosynthetic reinforcements in civil/geotechnical engineering projects (retaining...
Slope failures lead to loss of life and damage to property. Slope instability of natural slope depen...
Composite anchors are a new type of self-drilling reinforcements recently developed for the slope st...
The conventional methods of slices are commonly used for the analysis of slope stability. When ancho...
This paper discusses a numerical study carried out in the frame of the development of a new applicat...
The reinforcement works for the slope stabilization, natural or excavated slopes in rocks or soils, ...
Tieback anchors are widely used for the stabilization of natural and manmade slopes in Japan. The in...
The paper is concerned with granular anchors in rock and soils. Model tests and numerical calculatio...
In this paper the study is slope stability. 70% of national land of Japan is mountain district, but ...
The use of anchored geosynthetic systems (AGS) was proposed by Koerner et al. for the stabilization ...
In recent years, about 1000 slope failures occur every year in Japan, and about 90% of them are supe...
The study in this paper is the slope stability. Although many slopes are prone to collapse, counterm...
Conventional mortar cemented anchors cannot meet the needs for landslide emergency management, as th...
Slope stability analysis is performed to assess the equilibrium conditions and the safe design of a ...
Combining the conventional method of slices for slope stability analysis with the previously derived...
The application of geosynthetic reinforcements in civil/geotechnical engineering projects (retaining...
Slope failures lead to loss of life and damage to property. Slope instability of natural slope depen...
Composite anchors are a new type of self-drilling reinforcements recently developed for the slope st...
The conventional methods of slices are commonly used for the analysis of slope stability. When ancho...
This paper discusses a numerical study carried out in the frame of the development of a new applicat...
The reinforcement works for the slope stabilization, natural or excavated slopes in rocks or soils, ...
Tieback anchors are widely used for the stabilization of natural and manmade slopes in Japan. The in...
The paper is concerned with granular anchors in rock and soils. Model tests and numerical calculatio...
In this paper the study is slope stability. 70% of national land of Japan is mountain district, but ...