FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2946431486> ?p ?o ?g. }

• W2946431486 endingPage "106370" @default.
• W2946431486 startingPage "106370" @default.
• W2946431486 abstract "Engineers require accurate determination of the configurational force at the crack tip, and corresponding stress intensity factors, for fracture fatigue analysis and accurate crack propagation. However, obtaining highly accurate crack tip configuration force values is challenging with methods requiring knowledge of the stress field around the crack tip a priori. This paper proposes a method which aims to remove the necessity of knowing the stress field a priori whilst producing very accurate values of the configurational force at a static crack tip. The proposed method is demonstrated to be path independent and is combined with a robust a posteriori residual error estimator which is indicative of the accuracy of the configurational force calculation. This makes it possible to generate accurate values for the configurational force acting both perpendicular and parallel to the crack edges. Accuracies are achieved which are at least 104 times more accurate than other numerical methods which make no assumption about the local tip stress field. Therefore accurate benchmarks are determined in this paper for inclined, split and tree crack problems. In addition the new method is shown to obtain very similar values for the configurational force compared to results obtained using other methods which require knowledge of the stress field at the crack tip. The techniques presented in this paper open the door to configurational force-based methods being used for fatigue analysis." @default.
• W2946431486 created "2019-05-29" @default.
• W2946431486 creator A5006943253 @default.
• W2946431486 creator A5037916993 @default.
• W2946431486 date "2019-07-01" @default.
• W2946431486 modified "2023-09-30" @default.
• W2946431486 title "Accurate configuration force evaluation via hp-adaptive discontinuous Galerkin finite element analysis" @default.
• W2946431486 cites W1533827645 @default.
• W2946431486 cites W1969141317 @default.
• W2946431486 cites W1970815311 @default.
• W2946431486 cites W1974081035 @default.
• W2946431486 cites W1974811793 @default.
• W2946431486 cites W1975505063 @default.
• W2946431486 cites W1976095212 @default.
• W2946431486 cites W1976618891 @default.
• W2946431486 cites W1978022142 @default.
• W2946431486 cites W1978548050 @default.
• W2946431486 cites W1978586612 @default.
• W2946431486 cites W1979126077 @default.
• W2946431486 cites W1987576086 @default.
• W2946431486 cites W1999871184 @default.
• W2946431486 cites W2001984348 @default.
• W2946431486 cites W2005252087 @default.
• W2946431486 cites W2006126980 @default.
• W2946431486 cites W2006559347 @default.
• W2946431486 cites W2011210698 @default.
• W2946431486 cites W2018047503 @default.
• W2946431486 cites W2030117832 @default.
• W2946431486 cites W2030232418 @default.
• W2946431486 cites W2034290095 @default.
• W2946431486 cites W2044699680 @default.
• W2946431486 cites W2044892973 @default.
• W2946431486 cites W2047736502 @default.
• W2946431486 cites W2052555427 @default.
• W2946431486 cites W2058043530 @default.
• W2946431486 cites W2062133481 @default.
• W2946431486 cites W2062360619 @default.
• W2946431486 cites W2064019645 @default.
• W2946431486 cites W2067054954 @default.
• W2946431486 cites W2067535655 @default.
• W2946431486 cites W2067912814 @default.
• W2946431486 cites W2069933716 @default.
• W2946431486 cites W2071434503 @default.
• W2946431486 cites W2073726799 @default.
• W2946431486 cites W2078245368 @default.
• W2946431486 cites W2084226943 @default.
• W2946431486 cites W2084464066 @default.
• W2946431486 cites W2086501907 @default.
• W2946431486 cites W2086554773 @default.
• W2946431486 cites W2087071170 @default.
• W2946431486 cites W2090797187 @default.
• W2946431486 cites W2093223828 @default.
• W2946431486 cites W2094748926 @default.
• W2946431486 cites W2098258814 @default.
• W2946431486 cites W2102562837 @default.
• W2946431486 cites W2103494004 @default.
• W2946431486 cites W2103523714 @default.
• W2946431486 cites W2111471740 @default.
• W2946431486 cites W2114580176 @default.
• W2946431486 cites W2119352997 @default.
• W2946431486 cites W2127183859 @default.
• W2946431486 cites W2138659731 @default.
• W2946431486 cites W2142596047 @default.
• W2946431486 cites W2143327315 @default.
• W2946431486 cites W2143476302 @default.
• W2946431486 cites W2144622707 @default.
• W2946431486 cites W2156681654 @default.
• W2946431486 cites W2163442709 @default.
• W2946431486 cites W2165834163 @default.
• W2946431486 cites W2168438989 @default.
• W2946431486 cites W2414916930 @default.
• W2946431486 cites W2606292122 @default.
• W2946431486 cites W2754984786 @default.
• W2946431486 cites W2788318110 @default.
• W2946431486 cites W2903608204 @default.
• W2946431486 cites W3121246613 @default.
• W2946431486 cites W3125913794 @default.
• W2946431486 cites W3135054202 @default.
• W2946431486 cites W405868536 @default.
• W2946431486 doi "https://doi.org/10.1016/j.engfracmech.2019.02.029" @default.
• W2946431486 hasPublicationYear "2019" @default.
• W2946431486 type Work @default.
• W2946431486 sameAs 2946431486 @default.
• W2946431486 citedByCount "6" @default.
• W2946431486 countsByYear W29464314862022 @default.
• W2946431486 countsByYear W29464314862023 @default.
• W2946431486 crossrefType "journal-article" @default.
• W2946431486 hasAuthorship W2946431486A5006943253 @default.
• W2946431486 hasAuthorship W2946431486A5037916993 @default.
• W2946431486 hasBestOaLocation W29464314861 @default.
• W2946431486 hasConcept C105795698 @default.
• W2946431486 hasConcept C111472728 @default.
• W2946431486 hasConcept C121332964 @default.
• W2946431486 hasConcept C127413603 @default.
• W2946431486 hasConcept C135628077 @default.
• W2946431486 hasConcept C138885662 @default.
• W2946431486 hasConcept C185429906 @default.
• W2946431486 hasConcept C192562407 @default.

• next