One of the most significant current discussions in legal and moral philosophy is a new model of microcracks propagation in granite rock. The objective of this research is to identify the parameter that controls the crack propagation and identification a model to show the microcracks propagation in granite rock. To conduct this research, the samples of granite rock was used. Laboratory test was conducted for this research was Uniaxial Compressive Test (UCT), Schmite hammer and microscopic study to detection more about Thin Section(TS) of granite rock. This model is based on laboratory and field investigation on weathered granite in tropical area
According to the relationship between the development of hydraulic fracture and the distribution of ...
The micromechanics-based damage model proposed by Golshani et al. (2005) is extended so that time-de...
The establishment of a rock constitutive model considering microcrack propagation characteristics is...
Fractures in granite rocks can develop in many characters in terms of the density of fractures, comp...
Fractures in granite rocks can develop in many characters in terms of the density of fractures, comp...
Crack evolution in a rock depends on the mineralogy, microstructure and fabric of specific rock type...
Granitic rock can be found in abundance at the Banjaran Titiwangsa main range as the most dominant g...
International audienceMicrocracks can affect the mechanical properties of rocks, such as their stiff...
The surrounding rock of coal mining face often contains numerous micro-cracks, and these microcracks...
The surrounding rock of coal mining face often contains numerous micro-cracks, and these microcracks...
One of the methods of improving the mechanical properties of ceramics is to introduce a defective st...
Microcrack pattern of limestone with various grade of natural weathering were studied to examine the...
To understand the deformation and fracture behavior of rock, it is useful to observe the variation o...
Granite is a typical crystalline material, often used as a building material, but also a candidate h...
Granite is a typical crystalline material, often used as a building material, but also a candidate h...
According to the relationship between the development of hydraulic fracture and the distribution of ...
The micromechanics-based damage model proposed by Golshani et al. (2005) is extended so that time-de...
The establishment of a rock constitutive model considering microcrack propagation characteristics is...
Fractures in granite rocks can develop in many characters in terms of the density of fractures, comp...
Fractures in granite rocks can develop in many characters in terms of the density of fractures, comp...
Crack evolution in a rock depends on the mineralogy, microstructure and fabric of specific rock type...
Granitic rock can be found in abundance at the Banjaran Titiwangsa main range as the most dominant g...
International audienceMicrocracks can affect the mechanical properties of rocks, such as their stiff...
The surrounding rock of coal mining face often contains numerous micro-cracks, and these microcracks...
The surrounding rock of coal mining face often contains numerous micro-cracks, and these microcracks...
One of the methods of improving the mechanical properties of ceramics is to introduce a defective st...
Microcrack pattern of limestone with various grade of natural weathering were studied to examine the...
To understand the deformation and fracture behavior of rock, it is useful to observe the variation o...
Granite is a typical crystalline material, often used as a building material, but also a candidate h...
Granite is a typical crystalline material, often used as a building material, but also a candidate h...
According to the relationship between the development of hydraulic fracture and the distribution of ...
The micromechanics-based damage model proposed by Golshani et al. (2005) is extended so that time-de...
The establishment of a rock constitutive model considering microcrack propagation characteristics is...