FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3103746012> ?p ?o ?g. }

• W3103746012 endingPage "7403" @default.
• W3103746012 startingPage "7389" @default.
• W3103746012 abstract "Abstract Friction and fault evolution are critical aspects in earthquake studies as they directly influence the nucleation, propagation, and arrest of earthquake ruptures. We present the results of a recently developed experimental approach that investigates these important aspects using a combination of rotary shear testing and X‐ray micro‐computed tomography technology. Two sets of experiments at normal stresses ( σ n ) of 2.5 and 1.8 MPa were conducted on synthetic laboratory faults. We identified real contact areas ( A c ) on the fault surfaces and estimated sizes of contact patches by means of micro‐computed tomography image analysis. The number of contact patches and their sizes showed positive correlations with σ n , and contact patch size distributions followed power law relations. The total number of contact patches decreased with increasing slip distance, and large contact patches endured longer slip distance than small ones. Secondary off‐fault fractures created by interlocking and breakdown of large contact patches were closely related to the sudden drops of frictional resistance, suggesting the dominant role of surface roughness on shear behavior especially at low stress." @default.
• W3103746012 created "2020-11-23" @default.
• W3103746012 creator A5002785786 @default.
• W3103746012 creator A5023566999 @default.
• W3103746012 creator A5060325920 @default.
• W3103746012 creator A5077873907 @default.
• W3103746012 date "2018-09-01" @default.
• W3103746012 modified "2023-10-14" @default.
• W3103746012 title "Direct Observation of Faulting by Means of Rotary Shear Tests Under X-Ray Micro-Computed Tomography" @default.
• W3103746012 cites W1487864438 @default.
• W3103746012 cites W1490224448 @default.
• W3103746012 cites W1662435032 @default.
• W3103746012 cites W1844748371 @default.
• W3103746012 cites W1967041736 @default.
• W3103746012 cites W1976647390 @default.
• W3103746012 cites W1977156689 @default.
• W3103746012 cites W1982254718 @default.
• W3103746012 cites W1988652693 @default.
• W3103746012 cites W1989526109 @default.
• W3103746012 cites W1990351237 @default.
• W3103746012 cites W1992596969 @default.
• W3103746012 cites W2006210223 @default.
• W3103746012 cites W2006493549 @default.
• W3103746012 cites W2012175666 @default.
• W3103746012 cites W2015291814 @default.
• W3103746012 cites W2015887474 @default.
• W3103746012 cites W2019328680 @default.
• W3103746012 cites W2019935798 @default.
• W3103746012 cites W2029854370 @default.
• W3103746012 cites W2031150315 @default.
• W3103746012 cites W2032769178 @default.
• W3103746012 cites W2035965856 @default.
• W3103746012 cites W2039253336 @default.
• W3103746012 cites W2048517797 @default.
• W3103746012 cites W2054013311 @default.
• W3103746012 cites W2054100850 @default.
• W3103746012 cites W2054494420 @default.
• W3103746012 cites W2056878115 @default.
• W3103746012 cites W2058298310 @default.
• W3103746012 cites W2066040528 @default.
• W3103746012 cites W2067037996 @default.
• W3103746012 cites W2072676217 @default.
• W3103746012 cites W2073513907 @default.
• W3103746012 cites W2076670652 @default.
• W3103746012 cites W2076779373 @default.
• W3103746012 cites W2078569540 @default.
• W3103746012 cites W2081882231 @default.
• W3103746012 cites W2091310379 @default.
• W3103746012 cites W2091635369 @default.
• W3103746012 cites W2095010116 @default.
• W3103746012 cites W2108523563 @default.
• W3103746012 cites W2115998942 @default.
• W3103746012 cites W2118470182 @default.
• W3103746012 cites W2128375302 @default.
• W3103746012 cites W2129297983 @default.
• W3103746012 cites W2132073711 @default.
• W3103746012 cites W2133059825 @default.
• W3103746012 cites W2136118819 @default.
• W3103746012 cites W2150829150 @default.
• W3103746012 cites W2151924958 @default.
• W3103746012 cites W2171439501 @default.
• W3103746012 cites W2174261622 @default.
• W3103746012 cites W2259239929 @default.
• W3103746012 cites W2259939606 @default.
• W3103746012 cites W2263462547 @default.
• W3103746012 cites W2322648822 @default.
• W3103746012 cites W2444130696 @default.
• W3103746012 cites W2476583745 @default.
• W3103746012 cites W2488762316 @default.
• W3103746012 cites W2496969926 @default.
• W3103746012 cites W2511136974 @default.
• W3103746012 cites W2551254733 @default.
• W3103746012 cites W2623350070 @default.
• W3103746012 cites W4214973061 @default.
• W3103746012 cites W4240111140 @default.
• W3103746012 doi "https://doi.org/10.1029/2017jb015394" @default.
• W3103746012 hasPublicationYear "2018" @default.
• W3103746012 type Work @default.
• W3103746012 sameAs 3103746012 @default.
• W3103746012 citedByCount "20" @default.
• W3103746012 countsByYear W31037460122019 @default.
• W3103746012 countsByYear W31037460122020 @default.
• W3103746012 countsByYear W31037460122021 @default.
• W3103746012 countsByYear W31037460122022 @default.
• W3103746012 countsByYear W31037460122023 @default.
• W3103746012 crossrefType "journal-article" @default.
• W3103746012 hasAuthorship W3103746012A5002785786 @default.
• W3103746012 hasAuthorship W3103746012A5023566999 @default.
• W3103746012 hasAuthorship W3103746012A5060325920 @default.
• W3103746012 hasAuthorship W3103746012A5077873907 @default.
• W3103746012 hasBestOaLocation W31037460121 @default.
• W3103746012 hasConcept C105795698 @default.
• W3103746012 hasConcept C107365816 @default.
• W3103746012 hasConcept C120665830 @default.
• W3103746012 hasConcept C121332964 @default.
• W3103746012 hasConcept C126838900 @default.
• W3103746012 hasConcept C127313418 @default.
• W3103746012 hasConcept C127413603 @default.

• next