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- Slope_stability_probability_classification abstract "The slope stability probability classification (SSPC) system is a rock mass classification system for slope engineering and slope stability assessment. The system is a three-step classification: ‘exposure’, ‘reference’, and ‘slope’ rock mass classification with conversion factors between the three steps depending on existing and future weathering and damage due to method of excavation. The stability of a slope is expressed as probability for different failure mechanisms.A rock mass is classified following a standardized set of criteria in one or more exposures (‘exposure’ classification). These values are converted per exposure to a ‘reference’ rock mass by compensating for the degree of weathering in the exposure and the method of excavation that was used to make the exposure, i.e. the ‘reference’ rock mass values are not influenced by local influences such as weathering and method of excavation. A new slope can then be designed in the ‘reference’ rock mass with compensation for the damage due to the method of excavation to be used for making the new slope and compensation for deterioration of the rock mass due to future weathering (the ‘slope’ rock mass). If the stability of an already existing slope is assessed the ‘exposure’ and ‘slope’ rock mass values are the same.The failure mechanisms are divided in orientation dependent and orientation independent. Orientation dependent failure mechanisms depend on the orientation of the slope with respect to the orientation of the discontinuities in the rock mass, i.e. sliding (plane and wedge sliding) and toppling failure. Orientation independent relates to the possibility that a slope fails independently from its orientation, e.g. circular failure completely through newly formed discontinuities in intact rock blocks, or failing partially following existing discontinuities and partially new discontinuities.In addition the shear strength along a discontinuity ('sliding criterion') and 'rock mass cohesion' and 'rock mass friction' can be determined.The system has been used directly or modified in various geology and climate environments throughout the world. The system has been modified for slope stability assessment in open pit coal mining.".
- Slope_stability_probability_classification wikiPageExternalLink www.conchbooks.de.
- Slope_stability_probability_classification wikiPageID "30480707".
- Slope_stability_probability_classification wikiPageLength "8697".
- Slope_stability_probability_classification wikiPageOutDegree "7".
- Slope_stability_probability_classification wikiPageRevisionID "645233197".
- Slope_stability_probability_classification wikiPageWikiLink Category:Geotechnical_engineering.
- Slope_stability_probability_classification wikiPageWikiLink Category:Rock_mass_classification.
- Slope_stability_probability_classification wikiPageWikiLink Discontinuity_(geotechnical_engineering).
- Slope_stability_probability_classification wikiPageWikiLink International_Society_for_Rock_Mechanics.
- Slope_stability_probability_classification wikiPageWikiLink Rock_mass_classification.
- Slope_stability_probability_classification wikiPageWikiLink Slope_stability.
- Slope_stability_probability_classification wikiPageWikiLink Taylor_&_Francis.
- Slope_stability_probability_classification wikiPageWikiLinkText "SSPC".
- Slope_stability_probability_classification wikiPageWikiLinkText "Slope stability probability classification".
- Slope_stability_probability_classification wikiPageUsesTemplate Template:Cite_book.
- Slope_stability_probability_classification wikiPageUsesTemplate Template:Cite_conference.
- Slope_stability_probability_classification wikiPageUsesTemplate Template:Cite_journal.
- Slope_stability_probability_classification subject Category:Geotechnical_engineering.
- Slope_stability_probability_classification subject Category:Rock_mass_classification.
- Slope_stability_probability_classification hypernym System.
- Slope_stability_probability_classification type Mechanic.
- Slope_stability_probability_classification type Redirect.
- Slope_stability_probability_classification comment "The slope stability probability classification (SSPC) system is a rock mass classification system for slope engineering and slope stability assessment. The system is a three-step classification: ‘exposure’, ‘reference’, and ‘slope’ rock mass classification with conversion factors between the three steps depending on existing and future weathering and damage due to method of excavation.".
- Slope_stability_probability_classification label "Slope stability probability classification".
- Slope_stability_probability_classification sameAs Q7541358.
- Slope_stability_probability_classification sameAs m.0gh8m0w.
- Slope_stability_probability_classification sameAs Q7541358.
- Slope_stability_probability_classification wasDerivedFrom Slope_stability_probability_classification?oldid=645233197.
- Slope_stability_probability_classification isPrimaryTopicOf Slope_stability_probability_classification.