Matches in SemOpenAlex for { <https://semopenalex.org/work/W820056481> ?p ?o ?g. }
- W820056481 endingPage "670" @default.
- W820056481 startingPage "663" @default.
- W820056481 abstract "Abstract Bulk metallic glasses deform irreversibly under a stress through shear-banding courses that manifest as the serrated flow behavior. The compressive deformation and dynamic serrated flow behavior of Zr 52.5 Cu 17.9 Ni 14.6 Al 10 Ti 5 bulk metallic glass samples with different aspect ratios have been investigated. The yield strength nearly remains a constant value of approximately 2 GPa, while the compressive plasticity increases obviously with decreasing aspect ratio. It is found that the serrated flows display a power-law scaling behavior at different aspect ratios. The power-law scaling behavior is discussed by controlling shear bands in BMG. In addition, a new method was proposed to study the power-law-scaling behavior. When the aspect ratio is small, the friction between the sample and the platen will play a significant role that attributes to a lateral constraint. The uniaxial stress and the lateral constraint will cause a hydrostatic pressure on the sample close to the platen. The shear bands are controlled by the different stress states, which leads to a power-law-scaling behavior in serrated flows. The investigations have a contribution to understanding the plastic-deformation mechanism of BMGs." @default.
- W820056481 created "2016-06-24" @default.
- W820056481 creator A5015719512 @default.
- W820056481 creator A5027297848 @default.
- W820056481 creator A5035206469 @default.
- W820056481 creator A5061462850 @default.
- W820056481 creator A5061618421 @default.
- W820056481 creator A5064865374 @default.
- W820056481 creator A5077140645 @default.
- W820056481 date "2015-07-01" @default.
- W820056481 modified "2023-10-16" @default.
- W820056481 title "The mechanism of power-law scaling behavior by controlling shear bands in bulk metallic glass" @default.
- W820056481 cites W1963595677 @default.
- W820056481 cites W1965107465 @default.
- W820056481 cites W1965157313 @default.
- W820056481 cites W1967019013 @default.
- W820056481 cites W1972322460 @default.
- W820056481 cites W1983700238 @default.
- W820056481 cites W1984674471 @default.
- W820056481 cites W1985731485 @default.
- W820056481 cites W1991514806 @default.
- W820056481 cites W1996016803 @default.
- W820056481 cites W1999452662 @default.
- W820056481 cites W2003688403 @default.
- W820056481 cites W2004436811 @default.
- W820056481 cites W2005659027 @default.
- W820056481 cites W2007880896 @default.
- W820056481 cites W2012756845 @default.
- W820056481 cites W2016100734 @default.
- W820056481 cites W2019343586 @default.
- W820056481 cites W2024897371 @default.
- W820056481 cites W2029143681 @default.
- W820056481 cites W2035060942 @default.
- W820056481 cites W2036201415 @default.
- W820056481 cites W2039938644 @default.
- W820056481 cites W2045882224 @default.
- W820056481 cites W2048308288 @default.
- W820056481 cites W2050996627 @default.
- W820056481 cites W2052850552 @default.
- W820056481 cites W2054940386 @default.
- W820056481 cites W2062667257 @default.
- W820056481 cites W2066350072 @default.
- W820056481 cites W2073627518 @default.
- W820056481 cites W2087430452 @default.
- W820056481 cites W2088447333 @default.
- W820056481 cites W2092319221 @default.
- W820056481 cites W2093286881 @default.
- W820056481 cites W2095334472 @default.
- W820056481 cites W2096470226 @default.
- W820056481 cites W2112211959 @default.
- W820056481 cites W2116017523 @default.
- W820056481 cites W2118142066 @default.
- W820056481 cites W2121475066 @default.
- W820056481 cites W2126447193 @default.
- W820056481 cites W2135251576 @default.
- W820056481 cites W2139329316 @default.
- W820056481 cites W2163759338 @default.
- W820056481 cites W2246419839 @default.
- W820056481 doi "https://doi.org/10.1016/j.msea.2015.05.074" @default.
- W820056481 hasPublicationYear "2015" @default.
- W820056481 type Work @default.
- W820056481 sameAs 820056481 @default.
- W820056481 citedByCount "28" @default.
- W820056481 countsByYear W8200564812016 @default.
- W820056481 countsByYear W8200564812017 @default.
- W820056481 countsByYear W8200564812018 @default.
- W820056481 countsByYear W8200564812019 @default.
- W820056481 countsByYear W8200564812020 @default.
- W820056481 countsByYear W8200564812021 @default.
- W820056481 countsByYear W8200564812022 @default.
- W820056481 countsByYear W8200564812023 @default.
- W820056481 crossrefType "journal-article" @default.
- W820056481 hasAuthorship W820056481A5015719512 @default.
- W820056481 hasAuthorship W820056481A5027297848 @default.
- W820056481 hasAuthorship W820056481A5035206469 @default.
- W820056481 hasAuthorship W820056481A5061462850 @default.
- W820056481 hasAuthorship W820056481A5061618421 @default.
- W820056481 hasAuthorship W820056481A5064865374 @default.
- W820056481 hasAuthorship W820056481A5077140645 @default.
- W820056481 hasConcept C105795698 @default.
- W820056481 hasConcept C121332964 @default.
- W820056481 hasConcept C123266363 @default.
- W820056481 hasConcept C159985019 @default.
- W820056481 hasConcept C191897082 @default.
- W820056481 hasConcept C192562407 @default.
- W820056481 hasConcept C2524010 @default.
- W820056481 hasConcept C2780026712 @default.
- W820056481 hasConcept C2988430800 @default.
- W820056481 hasConcept C33923547 @default.
- W820056481 hasConcept C544153396 @default.
- W820056481 hasConcept C62520636 @default.
- W820056481 hasConcept C87040749 @default.
- W820056481 hasConcept C89611455 @default.
- W820056481 hasConcept C96035792 @default.
- W820056481 hasConcept C99844830 @default.
- W820056481 hasConceptScore W820056481C105795698 @default.
- W820056481 hasConceptScore W820056481C121332964 @default.
- W820056481 hasConceptScore W820056481C123266363 @default.