AbstractArgillaceous and anhydritic rocks as well as rocks containing pyrite are prone to swelling, i.e. to adsorb water, which either increases their volume or, in the case of deformation constriction, causes an external pressure. Until now, the only adequate way to quantify the swelling potential of rocks is via swelling tests on undisturbed rock samples. The testing technique has been developed since the 1970's. The recommendations published in Germany, Switzerland and by the ISRM are reviewed. Furthermore the most important aspects concerning the testing techniques of swelling rocks are discussed which need to be modified for future testing
The characteristics of the swelling behaviour of argillaceous rocks are explained by a conceptual mo...
Long-duration deformation experiments at room temperature have shown that crystalline rocks with low...
Anhydritic claystones are highly problematic for underground construction because of their swelling ...
Argillaceous and anhydritic rocks as well as rocks containing pyrite are prone to swelling, i.e. to ...
AbstractArgillaceous and anhydritic rocks as well as rocks containing pyrite are prone to swelling, ...
For clay minerals the swelling mechanisms and factors influencing on the swelling potential is widel...
Weaknesses zones consisting of sheared and fractured rock mass have a swelling potential in the pres...
There are no clearly defined rules for the investigation procedures of swelling rocks. Difficulties ...
One of the most important characteristics of argillaceous rocks is their swelling potential. This ca...
The swelling potential of weak rocks is crucial to assess in stability determinations of tunnels con...
Abstract: During site investigations for tunnel projects in swelling rocks one of the major tasks is...
Swelling of rocks is a common phenomenon in the Andean Region, due to the presence of volcano-sedime...
This master thesis aims to provide insight and qualitative information about swelling mechanisms in ...
In this research project, an assessment and validation of a swelling rock model (Benz, 2012), which ...
Abstract: Each rock has its own history. Also each anhydrite rock has undergone different sedimentat...
The characteristics of the swelling behaviour of argillaceous rocks are explained by a conceptual mo...
Long-duration deformation experiments at room temperature have shown that crystalline rocks with low...
Anhydritic claystones are highly problematic for underground construction because of their swelling ...
Argillaceous and anhydritic rocks as well as rocks containing pyrite are prone to swelling, i.e. to ...
AbstractArgillaceous and anhydritic rocks as well as rocks containing pyrite are prone to swelling, ...
For clay minerals the swelling mechanisms and factors influencing on the swelling potential is widel...
Weaknesses zones consisting of sheared and fractured rock mass have a swelling potential in the pres...
There are no clearly defined rules for the investigation procedures of swelling rocks. Difficulties ...
One of the most important characteristics of argillaceous rocks is their swelling potential. This ca...
The swelling potential of weak rocks is crucial to assess in stability determinations of tunnels con...
Abstract: During site investigations for tunnel projects in swelling rocks one of the major tasks is...
Swelling of rocks is a common phenomenon in the Andean Region, due to the presence of volcano-sedime...
This master thesis aims to provide insight and qualitative information about swelling mechanisms in ...
In this research project, an assessment and validation of a swelling rock model (Benz, 2012), which ...
Abstract: Each rock has its own history. Also each anhydrite rock has undergone different sedimentat...
The characteristics of the swelling behaviour of argillaceous rocks are explained by a conceptual mo...
Long-duration deformation experiments at room temperature have shown that crystalline rocks with low...
Anhydritic claystones are highly problematic for underground construction because of their swelling ...