This supporting information includes a Text and two datasets. Text S1 is uploaded with the file name Text S1.docx. Detailed information includes all the DEM parameters used in this study. The information are used to generate Table 1 & Table 2 in this manuscript. Dataset S1 is uploaded with the file name Dataset S1.xlsx. Detailed information includes Deviator stress and crack number. Data are used to generate Figure 6 in this manuscript. Dataset S2 is uploaded with the file name Dataset S2.xlsx. Detailed information includes stress component and per unit stress component. Data are used to generate Figure 10 in this manuscript
As the oil industry moves from a heuristic of avoidance of hydrates to a heuristic of risk managemen...
Under the action of dynamic loadings such as earthquakes and volcanic activities, the mechanical pro...
Methane hydrate (MH, also called fiery ice) exists in forms of pore filling, cementing and load-bear...
The files provide the exact location of each sand and hydrate particles in the DEM analysis, togethe...
Gas hydrate is a crystalline solid found within marine and subpermafrost sediments. While the presen...
[1] Gas hydrate is a crystalline solid found within marine and subpermafrost sediments. While the pr...
It is reported that hydrate distributes inhomogeneously in synthesized gas hydrate-bearing sediments...
Introduction This supporting information includes two figure S1-2 and four movies S1-S4, providing ...
Methane gas hydrates are crystalline compounds formed from water and methane under certain pressure ...
Determining the geomechanical properties of hydrate-bearing sands (HBS), such as strength and stiffn...
Methane hydrate bearing soil has attracted increasing interest as a potential energy resource where ...
Recent pore‐scale observations and geomechanical investigations suggest the lack of true cohesion in...
[1] The physical properties of gas hydrate-bearing sediments depend on the volume fraction and spati...
Author Posting. © American Geophysical Union, 2010. This article is posted here by permission of Am...
Natural gas hydrates have been treated as a potential energy resource for decades. Understanding geo...
As the oil industry moves from a heuristic of avoidance of hydrates to a heuristic of risk managemen...
Under the action of dynamic loadings such as earthquakes and volcanic activities, the mechanical pro...
Methane hydrate (MH, also called fiery ice) exists in forms of pore filling, cementing and load-bear...
The files provide the exact location of each sand and hydrate particles in the DEM analysis, togethe...
Gas hydrate is a crystalline solid found within marine and subpermafrost sediments. While the presen...
[1] Gas hydrate is a crystalline solid found within marine and subpermafrost sediments. While the pr...
It is reported that hydrate distributes inhomogeneously in synthesized gas hydrate-bearing sediments...
Introduction This supporting information includes two figure S1-2 and four movies S1-S4, providing ...
Methane gas hydrates are crystalline compounds formed from water and methane under certain pressure ...
Determining the geomechanical properties of hydrate-bearing sands (HBS), such as strength and stiffn...
Methane hydrate bearing soil has attracted increasing interest as a potential energy resource where ...
Recent pore‐scale observations and geomechanical investigations suggest the lack of true cohesion in...
[1] The physical properties of gas hydrate-bearing sediments depend on the volume fraction and spati...
Author Posting. © American Geophysical Union, 2010. This article is posted here by permission of Am...
Natural gas hydrates have been treated as a potential energy resource for decades. Understanding geo...
As the oil industry moves from a heuristic of avoidance of hydrates to a heuristic of risk managemen...
Under the action of dynamic loadings such as earthquakes and volcanic activities, the mechanical pro...
Methane hydrate (MH, also called fiery ice) exists in forms of pore filling, cementing and load-bear...