Between Dec 19, 2024 and Jan 2, 2025, datasets can be submitted to DRUM but will not be processed until after the break. Staff will not be available to answer email during this period, and will not be able to provide DOIs until after Jan 2. If you are in need of a DOI during this period, consider Dryad or OpenICPSR. Submission responses to the UDC may also be delayed during this time.

Dr. Emmanuel Detournay

Persistent link for this collectionhttps://hdl.handle.net/11299/57293

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    Underground Nuclear Testing in French Polynesia: Stability and Hydrology Issues
    (International Geomechanical Commission, 1999) Fairhurst, Charles; Brown, Edwin T.; Detournay, Emmanuel; Marsily, Ghislain de; Nikolaevshiy, Victor; Pearson, J.R. Anthony; Townley, Lloyd; Berest, Pierre
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    Shallow Hydraulic Fracture
    (2010-02-08) Gordeliy, Elizaveta; Detournay, Emmanuel
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    Modeling Axisymmetric Cracks in an Elastic Half-Space
    (2011-06-23) Gordeliy, Elizaveta; Detournay, Emmanuel
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    Line Source in a Poroelastic Layer Bounded by an Elastic Space
    (2015) Mark, Julien; Savitski, Alexei; Detournay, Emmanuel
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    Scratch test results for Burlington limestone
    (2022-07-18) Zhang, He; Le, Jia-Liang; Detournay, Emmanuel; detou001@umn.edu; Detournay, Emmanuel; Dr. Emmanuel Detournay
    This dataset contains cutting force signals, videos of rock cutting processes, particle size distribution from sieving analysis obtained from scratch tests conducted on Burlington limestone at different depths of cut, which cover the rock failure in ductile, fragmentation and brittle regimes. The force signals and videos can be used to study the rock failure mechanism and energy scaling in the rock cutting process.
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    Scratch test results for Bonne Terre dolomite
    (2022-07-18) Zhang, He; Le, Jia-Liang; Detournay, Emmanuel; detou001@umn.edu; Detournay, Emmanuel; Dr. Emmanuel Detournay
    This dataset contains cutting force signals, videos of rock cutting processes, particle size distribution from sieving analysis obtained from scratch tests conducted on Bonne Terre dolomite at different depths of cut, which cover the rock failure in ductile, fragmentation and brittle regimes. The force signals and videos can be used to study the rock failure mechanism and energy scaling in the rock cutting process.
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    Scratch test results for Alabama marble
    (2022-07-18) Zhang, He; Le, Jia-Liang; Detournay, Emmanuel; detou001@umn.edu; Detournay, Emmanuel; Dr. Emmanuel Detournay
    This dataset contains cutting force signals, videos of rock cutting processes, particle size distribution from sieving analysis obtained from scratch tests conducted on Alabama marble at different depths of cut, which cover the rock failure in ductile, fragmentation and brittle regimes. The force signals and videos can be used to study the rock failure mechanism and energy scaling in the rock cutting process. The particle size distribution data explains the energy dissipation in rock cutting process and the scaling law of the specific energy in the fragmentation regime.
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    Uniaxial compressive strength test and indirect tensile tests for four types of rocks
    (2022-07-18) Zhang, He; Le, Jia-Liang; Detournay, Emmanuel; detou001@umn.edu; Detournay, Emmanuel; Dr. Emmanuel Detournay
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    Scratch test results for Dunnville sandstone
    (2022-07-18) Zhang, He; Le, Jia-Liang; Detournay, Emmanuel; detou001@umn.edu; Detournay, Emmanuel; Dr. Emmanuel Detournay
    This dataset contains cutting force signals, videos of rock cutting processes, particle size distribution from sieving analysis obtained from scratch tests conducted on Dunnville sandstone at different depths of cut, which cover the rock failure in ductile, fragmentation and brittle regimes. The force signals and videos can be used to study the rock failure mechanism and energy scaling in the rock cutting process. The particle size distribution data explains the energy dissipation in rock cutting process and the scaling law of the specific energy in the fragmentation regime.