Matches in SemOpenAlex for { <https://semopenalex.org/work/W3092784026> ?p ?o ?g. }
- W3092784026 endingPage "107348" @default.
- W3092784026 startingPage "107348" @default.
- W3092784026 abstract "Abstract Composite possesses wide spectrum of mechanical responses along with remarkable fracture strength and toughness. Such properties evolve due to combination of different failure mechanisms across multiple phases. Understanding the contribution of these mechanisms on overall behavior is necessary to fabricate the composite with desired fracture properties. Although numerous studies have been performed to correlate the fracture response with crack propagation characteristics, they fail to account several underlying micro-mechanical events. Therefore, in the present study, a multi-phase field fracture model is proposed. We consider that constituents are homogeneously distributed within the matrix, while macro-scale phase field descriptors are utilized to represent the failure of its constituents. Further, the reinforced elements are assumed to be anisotropic in nature with preferential fracture direction. Therefore, by employing the rule of mixture in free energies and applying thermodynamic principles, the governing equations together with evolution laws of phase field parameters are derived. Using multi-field approach and extracting the weak form for governing equations, we develop finite element based numerical framework. Coupled sets of linear equations are solved using staggered scheme in parallel computing architecture. Proposed scheme is verified with analytical solution of a composite where separate evolutions of damage within phases are correlated with emergent stress–strain response. Numerical simulations are performed to predict the mechanical response by interpreting the competitive involvement of fracture mechanisms within matrix and inclusion phases. The present findings and future scopes highlight the predictive capability of the proposed scheme for analyzing fracture behavior of composites." @default.
- W3092784026 created "2020-10-22" @default.
- W3092784026 creator A5005236298 @default.
- W3092784026 creator A5086889189 @default.
- W3092784026 date "2021-01-01" @default.
- W3092784026 modified "2023-10-01" @default.
- W3092784026 title "Multi-phase field modeling for various fracture mechanisms in composites" @default.
- W3092784026 cites W1751177823 @default.
- W3092784026 cites W1803447159 @default.
- W3092784026 cites W1922503614 @default.
- W3092784026 cites W1946388424 @default.
- W3092784026 cites W1964002668 @default.
- W3092784026 cites W1964909551 @default.
- W3092784026 cites W1967070136 @default.
- W3092784026 cites W1968655238 @default.
- W3092784026 cites W1969899344 @default.
- W3092784026 cites W1971171468 @default.
- W3092784026 cites W1979200182 @default.
- W3092784026 cites W1980822512 @default.
- W3092784026 cites W1981147846 @default.
- W3092784026 cites W1982951310 @default.
- W3092784026 cites W1984470196 @default.
- W3092784026 cites W1986192608 @default.
- W3092784026 cites W1987895449 @default.
- W3092784026 cites W1993700677 @default.
- W3092784026 cites W1994315423 @default.
- W3092784026 cites W2000349628 @default.
- W3092784026 cites W2006078294 @default.
- W3092784026 cites W2007167704 @default.
- W3092784026 cites W2013513098 @default.
- W3092784026 cites W2015734836 @default.
- W3092784026 cites W2015946688 @default.
- W3092784026 cites W2023813086 @default.
- W3092784026 cites W2025561389 @default.
- W3092784026 cites W2027493693 @default.
- W3092784026 cites W2028253670 @default.
- W3092784026 cites W2032031970 @default.
- W3092784026 cites W2034583919 @default.
- W3092784026 cites W2035391223 @default.
- W3092784026 cites W2038899973 @default.
- W3092784026 cites W2042008245 @default.
- W3092784026 cites W2042211262 @default.
- W3092784026 cites W2042254384 @default.
- W3092784026 cites W2042999776 @default.
- W3092784026 cites W2043340462 @default.
- W3092784026 cites W2043784721 @default.
- W3092784026 cites W2052838952 @default.
- W3092784026 cites W2054491041 @default.
- W3092784026 cites W2063091997 @default.
- W3092784026 cites W2063550694 @default.
- W3092784026 cites W2064090481 @default.
- W3092784026 cites W2065410279 @default.
- W3092784026 cites W2067220566 @default.
- W3092784026 cites W2071262986 @default.
- W3092784026 cites W2075282573 @default.
- W3092784026 cites W2076711053 @default.
- W3092784026 cites W2079940293 @default.
- W3092784026 cites W2081055856 @default.
- W3092784026 cites W2085557301 @default.
- W3092784026 cites W2086423390 @default.
- W3092784026 cites W2089057061 @default.
- W3092784026 cites W2089403557 @default.
- W3092784026 cites W2091196700 @default.
- W3092784026 cites W2091209328 @default.
- W3092784026 cites W2092421334 @default.
- W3092784026 cites W2093569157 @default.
- W3092784026 cites W2096782603 @default.
- W3092784026 cites W2105727222 @default.
- W3092784026 cites W2114207581 @default.
- W3092784026 cites W2115235651 @default.
- W3092784026 cites W2117855528 @default.
- W3092784026 cites W2124901993 @default.
- W3092784026 cites W2126537518 @default.
- W3092784026 cites W2126691314 @default.
- W3092784026 cites W2132313568 @default.
- W3092784026 cites W2135684497 @default.
- W3092784026 cites W2137635195 @default.
- W3092784026 cites W2140239616 @default.
- W3092784026 cites W2141106913 @default.
- W3092784026 cites W2141490541 @default.
- W3092784026 cites W2148413947 @default.
- W3092784026 cites W2149679967 @default.
- W3092784026 cites W2149810765 @default.
- W3092784026 cites W2155519928 @default.
- W3092784026 cites W2156452613 @default.
- W3092784026 cites W2170133891 @default.
- W3092784026 cites W2243732363 @default.
- W3092784026 cites W2316957309 @default.
- W3092784026 cites W2338186322 @default.
- W3092784026 cites W2397767545 @default.
- W3092784026 cites W2405454069 @default.
- W3092784026 cites W2409699594 @default.
- W3092784026 cites W2547021901 @default.
- W3092784026 cites W2560393565 @default.
- W3092784026 cites W2589545303 @default.
- W3092784026 cites W2592550467 @default.
- W3092784026 cites W2592642864 @default.
- W3092784026 cites W2604857967 @default.