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Constitutive model for soft rocks considering structural healing and decay
https://orcid.org/0000-0003-0713-7010
AbstractThe behavior of soft rock depends on the contact area between mineral particles and the tensile strength of the interparticle cementation, which are usually referred to as structures. We investigated the effects of structural decay and healing on the behavior of soft rock through monotonic and slide-hold-slide triaxial tests under the drained condition with constant effective confining pressure. We developed a constitutive model for soft rocks incorporating structural healing and decay in the context of the extended critical state theory. The model was validated via laboratory tests and captured the behavior of soft rock, including the healing and decay phenomena.
Constitutive model for soft rocks considering structural healing and decay
https://orcid.org/0000-0003-0713-7010
AbstractThe behavior of soft rock depends on the contact area between mineral particles and the tensile strength of the interparticle cementation, which are usually referred to as structures. We investigated the effects of structural decay and healing on the behavior of soft rock through monotonic and slide-hold-slide triaxial tests under the drained condition with constant effective confining pressure. We developed a constitutive model for soft rocks incorporating structural healing and decay in the context of the extended critical state theory. The model was validated via laboratory tests and captured the behavior of soft rock, including the healing and decay phenomena.
Constitutive model for soft rocks considering structural healing and decay
https://orcid.org/0000-0003-0713-7010
AbstractThe behavior of soft rock depends on the contact area between mineral particles and the tensile strength of the interparticle cementation, which are usually referred to as structures. We investigated the effects of structural decay and healing on the behavior of soft rock through monotonic and slide-hold-slide triaxial tests under the drained condition with constant effective confining pressure. We developed a constitutive model for soft rocks incorporating structural healing and decay in the context of the extended critical state theory. The model was validated via laboratory tests and captured the behavior of soft rock, including the healing and decay phenomena.
Constitutive model for soft rocks considering structural healing and decay
Kikumoto, Mamoru (author) / Nguyen, Vu Pham Quang (author) / Yasuhara, Hideaki (author) / Kishida, Kiyoshi (author)
Computers and Geotechnics ; 91 ; 93-103
2017-07-03
11 pages
Article (Journal)
Electronic Resource
English
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