Matches in SemOpenAlex for { <https://semopenalex.org/work/W3160252841> ?p ?o ?g. }
- W3160252841 endingPage "116963" @default.
- W3160252841 startingPage "116963" @default.
- W3160252841 abstract "Fracture behavior of bulk metallic glass matrix composites (BMGCs) with both transforming and non-transforming β-Ti dendrites under shear and opening modes was examined. Experimental results show that the fracture toughness of all three BMGCs is considerably lower in mode II than in mode I, due primarily to the shear dominant stress state in the former, which renders easy shear band initiation. However, stable crack growth in mode I is insignificant whereas it is considerable in mode II. The toughness of BMGCs reinforced with coarse but non-transforming dendrites in both the modes is higher than the respective values in BMGCs with transforming β-Ti inspite of their ability to strain harden and hence enhanced ductility. Fracture surface features and shear band patterns at notch tips of both mode I and mode II specimens indicate that despite the interactions of dendrites with the shear bands, the fracture criterion and mechanism of BMGCs is identical to that in BMGs. The differences in the fracture behaviour of these BMGCs is rationalized by considering the effect of relaxation enthalpy of the amorphous matrices in addition to the length scale and transforming tendency of the dendrites on the transformation of a shear band into a crack. Implications of these results in terms improving the fracture toughness of BMGCs with transforming dendrites is discussed." @default.
- W3160252841 created "2021-05-24" @default.
- W3160252841 creator A5031986264 @default.
- W3160252841 creator A5036872080 @default.
- W3160252841 creator A5051219791 @default.
- W3160252841 creator A5064716380 @default.
- W3160252841 creator A5069715717 @default.
- W3160252841 creator A5080776613 @default.
- W3160252841 creator A5085830091 @default.
- W3160252841 date "2021-07-01" @default.
- W3160252841 modified "2023-10-02" @default.
- W3160252841 title "Shear fracture in bulk metallic glass composites" @default.
- W3160252841 cites W1565804019 @default.
- W3160252841 cites W1886971498 @default.
- W3160252841 cites W1965454563 @default.
- W3160252841 cites W1972336387 @default.
- W3160252841 cites W1980654134 @default.
- W3160252841 cites W1987991098 @default.
- W3160252841 cites W1988403775 @default.
- W3160252841 cites W1992861654 @default.
- W3160252841 cites W2000997986 @default.
- W3160252841 cites W2004838204 @default.
- W3160252841 cites W2005322873 @default.
- W3160252841 cites W2012503282 @default.
- W3160252841 cites W2023117613 @default.
- W3160252841 cites W2025190245 @default.
- W3160252841 cites W2026820074 @default.
- W3160252841 cites W2030660998 @default.
- W3160252841 cites W2043831183 @default.
- W3160252841 cites W2048654631 @default.
- W3160252841 cites W2056581755 @default.
- W3160252841 cites W2056660515 @default.
- W3160252841 cites W2057405401 @default.
- W3160252841 cites W2062631906 @default.
- W3160252841 cites W2064983118 @default.
- W3160252841 cites W2081446959 @default.
- W3160252841 cites W2081875205 @default.
- W3160252841 cites W2084006266 @default.
- W3160252841 cites W2086713195 @default.
- W3160252841 cites W2087281137 @default.
- W3160252841 cites W2107110251 @default.
- W3160252841 cites W2109171982 @default.
- W3160252841 cites W2118142066 @default.
- W3160252841 cites W2122847035 @default.
- W3160252841 cites W2136098871 @default.
- W3160252841 cites W2136511848 @default.
- W3160252841 cites W2138896034 @default.
- W3160252841 cites W2141626895 @default.
- W3160252841 cites W2161563323 @default.
- W3160252841 cites W2321684845 @default.
- W3160252841 cites W2396469120 @default.
- W3160252841 cites W2577618299 @default.
- W3160252841 cites W2591323831 @default.
- W3160252841 cites W2592829709 @default.
- W3160252841 cites W2739646549 @default.
- W3160252841 cites W2766235209 @default.
- W3160252841 cites W2790581134 @default.
- W3160252841 cites W2803629437 @default.
- W3160252841 cites W2804671059 @default.
- W3160252841 cites W2914458617 @default.
- W3160252841 cites W2918117294 @default.
- W3160252841 cites W2918317714 @default.
- W3160252841 cites W2946897106 @default.
- W3160252841 cites W3018751239 @default.
- W3160252841 cites W3042495296 @default.
- W3160252841 cites W4361868934 @default.
- W3160252841 cites W3148480748 @default.
- W3160252841 doi "https://doi.org/10.1016/j.actamat.2021.116963" @default.
- W3160252841 hasPublicationYear "2021" @default.
- W3160252841 type Work @default.
- W3160252841 sameAs 3160252841 @default.
- W3160252841 citedByCount "30" @default.
- W3160252841 countsByYear W31602528412021 @default.
- W3160252841 countsByYear W31602528412022 @default.
- W3160252841 countsByYear W31602528412023 @default.
- W3160252841 crossrefType "journal-article" @default.
- W3160252841 hasAuthorship W3160252841A5031986264 @default.
- W3160252841 hasAuthorship W3160252841A5036872080 @default.
- W3160252841 hasAuthorship W3160252841A5051219791 @default.
- W3160252841 hasAuthorship W3160252841A5064716380 @default.
- W3160252841 hasAuthorship W3160252841A5069715717 @default.
- W3160252841 hasAuthorship W3160252841A5080776613 @default.
- W3160252841 hasAuthorship W3160252841A5085830091 @default.
- W3160252841 hasConcept C123266363 @default.
- W3160252841 hasConcept C149912024 @default.
- W3160252841 hasConcept C159985019 @default.
- W3160252841 hasConcept C192562407 @default.
- W3160252841 hasConcept C2776512210 @default.
- W3160252841 hasConcept C2778956892 @default.
- W3160252841 hasConcept C2780026712 @default.
- W3160252841 hasConcept C43369102 @default.
- W3160252841 hasConcept C96035792 @default.
- W3160252841 hasConcept C97549433 @default.
- W3160252841 hasConceptScore W3160252841C123266363 @default.
- W3160252841 hasConceptScore W3160252841C149912024 @default.
- W3160252841 hasConceptScore W3160252841C159985019 @default.
- W3160252841 hasConceptScore W3160252841C192562407 @default.
- W3160252841 hasConceptScore W3160252841C2776512210 @default.