Research paperLong-term creep experiment on some rocks observed over three years
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Cited by (22)
Micromechanical approach to effective viscoelastic behavior of jointed rocks
2021, International Journal of Rock Mechanics and Mining SciencesCitation Excerpt :In the context of rock engineering modeling, most contributions have mainly addressed the impact of joints on the overall instantaneous behavior and strength properties of the material. It has been, however, recognized that the delayed behavior represents a fundamental component of rock deformation in many practical rock engineering projects in which the behavior of the rock mass is controlled by the creep and long-term strength properties.36–46 As far as the viscoelastic behavior of jointed rocks is concerned, several studies have been devoted to experimentally identify and assess the creep properties of the intact and jointed rocks,47–58 as well as those of the individual rock joints.59–66
A novel damage-based creep model considering the complete creep process and multiple stress levels
2020, Computers and GeotechnicsThe effect of water on the creep behavior of red sandstone
2019, Engineering GeologyCitation Excerpt :Water affects both the short-term behavior and creep behavior of rock and is one of the causes of geotechnical engineering disasters, such as pillar instability, ground surface subsidence, slope sliding, and tunnel collapse (Hajiabdolmajid and Kaiser, 2003; Iverson, 2000). In the past several decades, many studies have reported that water significantly affects the creep behavior of sandstone (Yang et al., 2014), limestone (Liu et al., 2015), rock salt (Urai et al., 1986), Heavitree Quartzite (Jaoul et al., 1984), olivine aggregates (Mei and Kohlstedt, 2000) and many other rock types (Fabre and Pellet, 2006; Itô and Sasajima, 1980; Okubo, 1991). Kranz (1979) found that Westerly granite under saturated conditions had a time-to-failure that was approximately three orders of magnitude shorter than that under ambient humidity conditions.
Tectonic earthquakes triggering volcanic seismicity and eruptions. Case studies at Tungurahua and Popocatépetl volcanoes
2010, Journal of Volcanology and Geothermal ResearchA creep experiment on a large granite beam started in 1980
1994, International Journal of Rock Mechanics and Mining Sciences and