Matches in SemOpenAlex for { <https://semopenalex.org/work/W3093658916> ?p ?o ?g. }
- W3093658916 endingPage "107373" @default.
- W3093658916 startingPage "107373" @default.
- W3093658916 abstract "Fatigue design assessment is a crucial step in the design process of ships and offshore structures. To date, the stochastic approach is commonly used to calculate the total lifetime accumulated fatigue damage and the probability of fatigue failure for the structures. Meanwhile, the details of damage initiation and propagation are infrequently investigated. In terms of predicting crack growth, the traditional approaches face conceptual and mathematical difficulties in terms of predicting crack nucleation and growth, especially for multiple crack paths because the equations in classical continuum mechanics are derived by using spatial derivatives. Peridynamics is a non-local theory using the integral equations rather than differential equations which makes it suitable for damage prediction. In this study, a novel energy-based peridynamic model for fatigue cracking is proposed. The definition of cyclic bond energy release rate range and the energy-based peridynamic fatigue equations for both phases crack initiation and crack growth phases are introduced. For validation, first, a problem of mode-I fatigue crack growth is investigated. Next, different mixed-mode fatigue damages are also investigated and the peridynamic results are compared with the experimental results." @default.
- W3093658916 created "2020-10-29" @default.
- W3093658916 creator A5005292616 @default.
- W3093658916 creator A5021669918 @default.
- W3093658916 creator A5085075065 @default.
- W3093658916 date "2021-01-01" @default.
- W3093658916 modified "2023-10-16" @default.
- W3093658916 title "An energy-based peridynamic model for fatigue cracking" @default.
- W3093658916 cites W1022319377 @default.
- W3093658916 cites W1561609261 @default.
- W3093658916 cites W1569512514 @default.
- W3093658916 cites W1967801857 @default.
- W3093658916 cites W1968296083 @default.
- W3093658916 cites W1972758565 @default.
- W3093658916 cites W1985849851 @default.
- W3093658916 cites W1987110556 @default.
- W3093658916 cites W1993215954 @default.
- W3093658916 cites W1998422995 @default.
- W3093658916 cites W2012828992 @default.
- W3093658916 cites W2016600884 @default.
- W3093658916 cites W2026868670 @default.
- W3093658916 cites W2032440993 @default.
- W3093658916 cites W204585284 @default.
- W3093658916 cites W2054610989 @default.
- W3093658916 cites W2054911580 @default.
- W3093658916 cites W2062613656 @default.
- W3093658916 cites W2071636135 @default.
- W3093658916 cites W2072086953 @default.
- W3093658916 cites W2072242581 @default.
- W3093658916 cites W2072770335 @default.
- W3093658916 cites W2081262680 @default.
- W3093658916 cites W2081958912 @default.
- W3093658916 cites W2097854981 @default.
- W3093658916 cites W2140099144 @default.
- W3093658916 cites W2167246678 @default.
- W3093658916 cites W2184115655 @default.
- W3093658916 cites W2276716785 @default.
- W3093658916 cites W227729886 @default.
- W3093658916 cites W2297511334 @default.
- W3093658916 cites W2315109848 @default.
- W3093658916 cites W2345157340 @default.
- W3093658916 cites W2373908088 @default.
- W3093658916 cites W2588223491 @default.
- W3093658916 cites W2622260135 @default.
- W3093658916 cites W2742139922 @default.
- W3093658916 cites W2742297303 @default.
- W3093658916 cites W2774308978 @default.
- W3093658916 cites W2801546287 @default.
- W3093658916 cites W2804444314 @default.
- W3093658916 cites W2883166441 @default.
- W3093658916 cites W2892571468 @default.
- W3093658916 cites W2893027237 @default.
- W3093658916 cites W2908306897 @default.
- W3093658916 cites W2911043336 @default.
- W3093658916 cites W2934131115 @default.
- W3093658916 cites W2959414396 @default.
- W3093658916 cites W2963218884 @default.
- W3093658916 cites W2973368532 @default.
- W3093658916 cites W4251185801 @default.
- W3093658916 cites W627117397 @default.
- W3093658916 doi "https://doi.org/10.1016/j.engfracmech.2020.107373" @default.
- W3093658916 hasPublicationYear "2021" @default.
- W3093658916 type Work @default.
- W3093658916 sameAs 3093658916 @default.
- W3093658916 citedByCount "35" @default.
- W3093658916 countsByYear W30936589162021 @default.
- W3093658916 countsByYear W30936589162022 @default.
- W3093658916 countsByYear W30936589162023 @default.
- W3093658916 crossrefType "journal-article" @default.
- W3093658916 hasAuthorship W3093658916A5005292616 @default.
- W3093658916 hasAuthorship W3093658916A5021669918 @default.
- W3093658916 hasAuthorship W3093658916A5085075065 @default.
- W3093658916 hasBestOaLocation W30936589162 @default.
- W3093658916 hasConcept C121332964 @default.
- W3093658916 hasConcept C127413603 @default.
- W3093658916 hasConcept C142600616 @default.
- W3093658916 hasConcept C159985019 @default.
- W3093658916 hasConcept C192562407 @default.
- W3093658916 hasConcept C2985278600 @default.
- W3093658916 hasConcept C3020080851 @default.
- W3093658916 hasConcept C57879066 @default.
- W3093658916 hasConcept C58396970 @default.
- W3093658916 hasConcept C59085676 @default.
- W3093658916 hasConcept C61048295 @default.
- W3093658916 hasConcept C66938386 @default.
- W3093658916 hasConcept C69809600 @default.
- W3093658916 hasConcept C75512024 @default.
- W3093658916 hasConcept C84035572 @default.
- W3093658916 hasConcept C97355855 @default.
- W3093658916 hasConceptScore W3093658916C121332964 @default.
- W3093658916 hasConceptScore W3093658916C127413603 @default.
- W3093658916 hasConceptScore W3093658916C142600616 @default.
- W3093658916 hasConceptScore W3093658916C159985019 @default.
- W3093658916 hasConceptScore W3093658916C192562407 @default.
- W3093658916 hasConceptScore W3093658916C2985278600 @default.
- W3093658916 hasConceptScore W3093658916C3020080851 @default.
- W3093658916 hasConceptScore W3093658916C57879066 @default.
- W3093658916 hasConceptScore W3093658916C58396970 @default.