Matches in SemOpenAlex for { <https://semopenalex.org/work/W3161115988> ?p ?o ?g. }
- W3161115988 endingPage "107783" @default.
- W3161115988 startingPage "107783" @default.
- W3161115988 abstract "Gradient distributions of material properties are taken into account in phase-field model of fracture and the adaptive consistent element-free Galerkin method (EFG) for the fracture analysis of functionally graded materials (FGMs) is presented. Considering the fact that both the moving least-square approximation and the consistent integration scheme contribute to producing the accurate stress fields, the phase-field model of fracture for FGMs is numerically solved by the consistent EFG method in this paper. The corresponding adaptive criterion is established and 2D and 3D crack propagation of FGMs is simulated. Numerical results indicate that the proposed method can accurately reflect the influence of different distributions of material parameters on the crack propagation and has high efficiency compared with the standard EFG method and linear FEM. At some level, the fracture mechanism that crack propagation is driven by both the strain energy history and the critical energy release rate is revealed using phase-field model." @default.
- W3161115988 created "2021-05-24" @default.
- W3161115988 creator A5013750409 @default.
- W3161115988 creator A5056346925 @default.
- W3161115988 creator A5076443663 @default.
- W3161115988 date "2021-06-01" @default.
- W3161115988 modified "2023-09-25" @default.
- W3161115988 title "Adaptive analysis for phase-field model of brittle fracture of functionally graded materials" @default.
- W3161115988 cites W1577214139 @default.
- W3161115988 cites W1585274809 @default.
- W3161115988 cites W1808905337 @default.
- W3161115988 cites W1967070136 @default.
- W3161115988 cites W1967649517 @default.
- W3161115988 cites W1972104485 @default.
- W3161115988 cites W1981134222 @default.
- W3161115988 cites W1982745264 @default.
- W3161115988 cites W1987402725 @default.
- W3161115988 cites W1987895449 @default.
- W3161115988 cites W1996486047 @default.
- W3161115988 cites W1997577508 @default.
- W3161115988 cites W2005903594 @default.
- W3161115988 cites W2007167704 @default.
- W3161115988 cites W2008756745 @default.
- W3161115988 cites W2014497107 @default.
- W3161115988 cites W2016906600 @default.
- W3161115988 cites W2033882205 @default.
- W3161115988 cites W2043784721 @default.
- W3161115988 cites W2044692565 @default.
- W3161115988 cites W2052134200 @default.
- W3161115988 cites W2055651249 @default.
- W3161115988 cites W2074134204 @default.
- W3161115988 cites W2074612813 @default.
- W3161115988 cites W2081242853 @default.
- W3161115988 cites W2095069391 @default.
- W3161115988 cites W2097410605 @default.
- W3161115988 cites W2101121254 @default.
- W3161115988 cites W2114207581 @default.
- W3161115988 cites W2141771096 @default.
- W3161115988 cites W2142136198 @default.
- W3161115988 cites W2164198385 @default.
- W3161115988 cites W2170133891 @default.
- W3161115988 cites W2185674721 @default.
- W3161115988 cites W2301732621 @default.
- W3161115988 cites W2309999528 @default.
- W3161115988 cites W2417242407 @default.
- W3161115988 cites W2504723308 @default.
- W3161115988 cites W2505459983 @default.
- W3161115988 cites W2541341587 @default.
- W3161115988 cites W2598008971 @default.
- W3161115988 cites W2759046251 @default.
- W3161115988 cites W2764299721 @default.
- W3161115988 cites W2765897252 @default.
- W3161115988 cites W2793316106 @default.
- W3161115988 cites W2897894794 @default.
- W3161115988 cites W2911483607 @default.
- W3161115988 cites W2916343775 @default.
- W3161115988 cites W291988443 @default.
- W3161115988 cites W2925603095 @default.
- W3161115988 cites W2954323819 @default.
- W3161115988 cites W2970465200 @default.
- W3161115988 cites W3003544546 @default.
- W3161115988 cites W3011613933 @default.
- W3161115988 cites W3013282522 @default.
- W3161115988 cites W3014213091 @default.
- W3161115988 cites W3014223605 @default.
- W3161115988 cites W3031078665 @default.
- W3161115988 cites W3036540218 @default.
- W3161115988 cites W3043972736 @default.
- W3161115988 cites W3090363408 @default.
- W3161115988 cites W3095474056 @default.
- W3161115988 cites W748683004 @default.
- W3161115988 doi "https://doi.org/10.1016/j.engfracmech.2021.107783" @default.
- W3161115988 hasPublicationYear "2021" @default.
- W3161115988 type Work @default.
- W3161115988 sameAs 3161115988 @default.
- W3161115988 citedByCount "16" @default.
- W3161115988 countsByYear W31611159882021 @default.
- W3161115988 countsByYear W31611159882022 @default.
- W3161115988 countsByYear W31611159882023 @default.
- W3161115988 crossrefType "journal-article" @default.
- W3161115988 hasAuthorship W3161115988A5013750409 @default.
- W3161115988 hasAuthorship W3161115988A5056346925 @default.
- W3161115988 hasAuthorship W3161115988A5076443663 @default.
- W3161115988 hasConcept C121332964 @default.
- W3161115988 hasConcept C127413603 @default.
- W3161115988 hasConcept C135628077 @default.
- W3161115988 hasConcept C136478896 @default.
- W3161115988 hasConcept C159985019 @default.
- W3161115988 hasConcept C186899397 @default.
- W3161115988 hasConcept C192562407 @default.
- W3161115988 hasConcept C199201527 @default.
- W3161115988 hasConcept C202444582 @default.
- W3161115988 hasConcept C2778414698 @default.
- W3161115988 hasConcept C2780568864 @default.
- W3161115988 hasConcept C2988439775 @default.
- W3161115988 hasConcept C32860805 @default.
- W3161115988 hasConcept C33923547 @default.
- W3161115988 hasConcept C43369102 @default.