FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2135728267> ?p ?o ?g. }

• W2135728267 endingPage "3553" @default.
• W2135728267 startingPage "3540" @default.
• W2135728267 abstract "Discrete crack models with cohesive binding forces in the fracture process zone have been widely used to address failure in quasi-brittle materials and interfaces. However, the numerical concerns and limitations stemming from the application of interface cohesive zone models in a quasi-static finite element framework increase considerably as the relative size of the process zone decreases. An excessively fine mesh is required in the process zone to accurately resolve the distribution of tractions in a relatively small moving zone. With a moderate mesh size, inefficient path-following techniques have to be employed to trace the local discretization-induced snap-backs. In order to increase the applicability of cohesive zone models by reducing their numerical deficiencies, a self-adaptive finite element framework is proposed, based on a hierarchical enrichment of the standard elements. With this approach, the planar mixed-mode crack growth in a general three-dimensional continuum, discretized by a coarse mesh, can be modeled while the set of equations of the non-linear system is solved by a standard Newton–Raphson iterative procedure. This hierarchical scheme was found to be most effective in reducing the oscillatory behavior of the global response." @default.
• W2135728267 created "2016-06-24" @default.
• W2135728267 creator A5053214326 @default.
• W2135728267 creator A5054129826 @default.
• W2135728267 creator A5070688242 @default.
• W2135728267 date "2011-12-01" @default.
• W2135728267 modified "2023-09-25" @default.
• W2135728267 title "A three-dimensional self-adaptive cohesive zone model for interfacial delamination" @default.
• W2135728267 cites W1515073388 @default.
• W2135728267 cites W160480676 @default.
• W2135728267 cites W191185404 @default.
• W2135728267 cites W1964076567 @default.
• W2135728267 cites W1965843779 @default.
• W2135728267 cites W1971090570 @default.
• W2135728267 cites W1972481426 @default.
• W2135728267 cites W1972759116 @default.
• W2135728267 cites W1974288061 @default.
• W2135728267 cites W1975930604 @default.
• W2135728267 cites W1975980202 @default.
• W2135728267 cites W1978521280 @default.
• W2135728267 cites W1980099947 @default.
• W2135728267 cites W1980188188 @default.
• W2135728267 cites W1985415913 @default.
• W2135728267 cites W1986162310 @default.
• W2135728267 cites W1987576086 @default.
• W2135728267 cites W1988839451 @default.
• W2135728267 cites W1989090020 @default.
• W2135728267 cites W1990834492 @default.
• W2135728267 cites W1991826839 @default.
• W2135728267 cites W1992313513 @default.
• W2135728267 cites W1997637429 @default.
• W2135728267 cites W2003000852 @default.
• W2135728267 cites W2004896910 @default.
• W2135728267 cites W2007579808 @default.
• W2135728267 cites W2009497346 @default.
• W2135728267 cites W2010441231 @default.
• W2135728267 cites W2010883544 @default.
• W2135728267 cites W2012415251 @default.
• W2135728267 cites W2012471164 @default.
• W2135728267 cites W2012989555 @default.
• W2135728267 cites W2015245059 @default.
• W2135728267 cites W2018299059 @default.
• W2135728267 cites W2023582412 @default.
• W2135728267 cites W2032148965 @default.
• W2135728267 cites W2036955403 @default.
• W2135728267 cites W2037381847 @default.
• W2135728267 cites W2045659618 @default.
• W2135728267 cites W2047628599 @default.
• W2135728267 cites W2051983408 @default.
• W2135728267 cites W2052221286 @default.
• W2135728267 cites W2052952832 @default.
• W2135728267 cites W2054595416 @default.
• W2135728267 cites W2056349869 @default.
• W2135728267 cites W2061420117 @default.
• W2135728267 cites W2062571916 @default.
• W2135728267 cites W2063361404 @default.
• W2135728267 cites W2068432663 @default.
• W2135728267 cites W2068563590 @default.
• W2135728267 cites W2070603468 @default.
• W2135728267 cites W2073047081 @default.
• W2135728267 cites W2073954803 @default.
• W2135728267 cites W2082508622 @default.
• W2135728267 cites W2084094907 @default.
• W2135728267 cites W2084464066 @default.
• W2135728267 cites W2086151727 @default.
• W2135728267 cites W2087642803 @default.
• W2135728267 cites W2090459998 @default.
• W2135728267 cites W2092011174 @default.
• W2135728267 cites W2094134692 @default.
• W2135728267 cites W2094202035 @default.
• W2135728267 cites W2097324291 @default.
• W2135728267 cites W2098258814 @default.
• W2135728267 cites W2099119807 @default.
• W2135728267 cites W2102163281 @default.
• W2135728267 cites W2104894376 @default.
• W2135728267 cites W2105484555 @default.
• W2135728267 cites W2113196236 @default.
• W2135728267 cites W2117907618 @default.
• W2135728267 cites W2118433716 @default.
• W2135728267 cites W2124187663 @default.
• W2135728267 cites W2126288041 @default.
• W2135728267 cites W2127693549 @default.
• W2135728267 cites W2137483512 @default.
• W2135728267 cites W2142596047 @default.
• W2135728267 cites W2143327315 @default.
• W2135728267 cites W2146042425 @default.
• W2135728267 cites W2149590185 @default.
• W2135728267 cites W2151834656 @default.
• W2135728267 cites W2151976364 @default.
• W2135728267 cites W2156452613 @default.
• W2135728267 cites W2164430349 @default.
• W2135728267 cites W2165834163 @default.
• W2135728267 cites W2166504391 @default.
• W2135728267 cites W2297929186 @default.
• W2135728267 doi "https://doi.org/10.1016/j.cma.2011.08.021" @default.
• W2135728267 hasPublicationYear "2011" @default.
• W2135728267 type Work @default.
• W2135728267 sameAs 2135728267 @default.

• next