FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1750789476> ?p ?o ?g. }

• W1750789476 endingPage "210" @default.
• W1750789476 startingPage "198" @default.
• W1750789476 abstract "Abstract In this study, a cohesive fracture model (CFM), which assumes rock material as assemblage of deformable grains joining together at their cohesive boundaries, is developed to simulate rock fracture and failure behavior in terms of mineral and cement properties. To better represent the structural bonds between the particles and the heterogeneity of rock material, a user-defined material model (UMAT) for the cohesive element with stochastic strengths is incorporated into the developed CFM. The capability of the developed model for rock fracture problems under both static and dynamic loads is first explored. Based on the developed model, the heterogeneity effect of rock on its dynamic failure process and dynamic strength is then studied. The results demonstrate that the developed CFM can be used to investigate the rock fracture problems under both static and dynamic loads. The heterogeneity of rock material not only affects the rock dynamic failure process but also leads to an increase of rock dynamic strength." @default.
• W1750789476 created "2016-06-24" @default.
• W1750789476 creator A5006175682 @default.
• W1750789476 creator A5064158929 @default.
• W1750789476 creator A5082777880 @default.
• W1750789476 date "2015-10-01" @default.
• W1750789476 modified "2023-10-18" @default.
• W1750789476 title "Numerical investigation of rock heterogeneity effect on rock dynamic strength and failure process using cohesive fracture model" @default.
• W1750789476 cites W1931852959 @default.
• W1750789476 cites W1970506262 @default.
• W1750789476 cites W1975349845 @default.
• W1750789476 cites W1976046113 @default.
• W1750789476 cites W1976867778 @default.
• W1750789476 cites W1976886821 @default.
• W1750789476 cites W1977718048 @default.
• W1750789476 cites W1977925005 @default.
• W1750789476 cites W1978040305 @default.
• W1750789476 cites W1986909583 @default.
• W1750789476 cites W1987809769 @default.
• W1750789476 cites W1990834492 @default.
• W1750789476 cites W1992618530 @default.
• W1750789476 cites W1992719433 @default.
• W1750789476 cites W1993508104 @default.
• W1750789476 cites W1994380760 @default.
• W1750789476 cites W1995251196 @default.
• W1750789476 cites W1995402882 @default.
• W1750789476 cites W1995486067 @default.
• W1750789476 cites W2004998078 @default.
• W1750789476 cites W2005622033 @default.
• W1750789476 cites W2005962468 @default.
• W1750789476 cites W2006574206 @default.
• W1750789476 cites W2010521524 @default.
• W1750789476 cites W2010817458 @default.
• W1750789476 cites W2015997346 @default.
• W1750789476 cites W2016480006 @default.
• W1750789476 cites W2016786076 @default.
• W1750789476 cites W2017118952 @default.
• W1750789476 cites W2018207378 @default.
• W1750789476 cites W2021386286 @default.
• W1750789476 cites W2023657864 @default.
• W1750789476 cites W2025415783 @default.
• W1750789476 cites W2025951418 @default.
• W1750789476 cites W2028677847 @default.
• W1750789476 cites W2029569127 @default.
• W1750789476 cites W2030022184 @default.
• W1750789476 cites W2032821034 @default.
• W1750789476 cites W2033929489 @default.
• W1750789476 cites W2036907252 @default.
• W1750789476 cites W2036960298 @default.
• W1750789476 cites W2038425171 @default.
• W1750789476 cites W2040053521 @default.
• W1750789476 cites W2041332556 @default.
• W1750789476 cites W2041686126 @default.
• W1750789476 cites W2045576355 @default.
• W1750789476 cites W2051126085 @default.
• W1750789476 cites W2055931766 @default.
• W1750789476 cites W2057868208 @default.
• W1750789476 cites W2058010897 @default.
• W1750789476 cites W2059836227 @default.
• W1750789476 cites W2062735245 @default.
• W1750789476 cites W2068021538 @default.
• W1750789476 cites W2069406341 @default.
• W1750789476 cites W2078747770 @default.
• W1750789476 cites W2079558742 @default.
• W1750789476 cites W2080678033 @default.
• W1750789476 cites W2081055856 @default.
• W1750789476 cites W2081105110 @default.
• W1750789476 cites W2082508622 @default.
• W1750789476 cites W2090307454 @default.
• W1750789476 cites W2091753517 @default.
• W1750789476 cites W2091967764 @default.
• W1750789476 cites W2092266576 @default.
• W1750789476 cites W2094955709 @default.
• W1750789476 cites W2095437381 @default.
• W1750789476 cites W2108638218 @default.
• W1750789476 cites W2127176078 @default.
• W1750789476 cites W2156480199 @default.
• W1750789476 cites W2161281907 @default.
• W1750789476 cites W4213402233 @default.
• W1750789476 cites W4240383043 @default.
• W1750789476 cites W4251800557 @default.
• W1750789476 cites W4254520392 @default.
• W1750789476 cites W836930836 @default.
• W1750789476 cites W87108676 @default.
• W1750789476 doi "https://doi.org/10.1016/j.enggeo.2015.08.028" @default.
• W1750789476 hasPublicationYear "2015" @default.
• W1750789476 type Work @default.
• W1750789476 sameAs 1750789476 @default.
• W1750789476 citedByCount "26" @default.
• W1750789476 countsByYear W17507894762017 @default.
• W1750789476 countsByYear W17507894762018 @default.
• W1750789476 countsByYear W17507894762019 @default.
• W1750789476 countsByYear W17507894762020 @default.
• W1750789476 countsByYear W17507894762021 @default.
• W1750789476 countsByYear W17507894762022 @default.
• W1750789476 countsByYear W17507894762023 @default.
• W1750789476 crossrefType "journal-article" @default.
• W1750789476 hasAuthorship W1750789476A5006175682 @default.

• next