FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4310857044> ?p ?o ?g. }

• W4310857044 endingPage "103494" @default.
• W4310857044 startingPage "103494" @default.
• W4310857044 abstract "Cyclic deformation of metallic materials depends on the interaction of multiple mechanisms across different length scales. Solid solution atoms, vacancies, grain boundaries, and forest dislocations interfere with dislocation glide and increase the macroscopic strength. In single phase metallic materials under cyclic loading, the localization of dislocation densities in sessile substructures explains a significant fraction of the strain hardening. Upon cycling, these dislocation structures evolve across stable configurations, which depend on the strain accumulation. This work advances substructure-sensitive crystal plasticity models capable of quantifying the cyclic hardening history at various temperatures for single phase FCC materials. The framework predicts the cyclic evolution of dislocation substructure based on the activation of cross slip activation for Al, Cu, and Ni single- and poly-crystals up to 0.5 homologous temperature. The increase in cross slip with temperature and deformation induces a transformation in dislocation structures, which predicts secondary hardening without any additional provision. Moreover, the approach relies on material-invariant mesoscale parameters that are specific to dislocation substructures rather than a material system. Hence, we demonstrate that crystal plasticity predictive power can be augmented by parameterizing the model with single crystal experimental data from multiple materials with common substructures. As a result, the crystal plasticity model shares parameter information across materials without the need for additional single crystal experimental data for calibration." @default.
• W4310857044 created "2022-12-19" @default.
• W4310857044 creator A5005673380 @default.
• W4310857044 creator A5038563146 @default.
• W4310857044 date "2023-02-01" @default.
• W4310857044 modified "2023-10-17" @default.
• W4310857044 title "History and temperature dependent cyclic crystal plasticity model with material-invariant parameters" @default.
• W4310857044 cites W1967317423 @default.
• W4310857044 cites W1969809232 @default.
• W4310857044 cites W1971115518 @default.
• W4310857044 cites W1973054322 @default.
• W4310857044 cites W1974878332 @default.
• W4310857044 cites W1985112384 @default.
• W4310857044 cites W1986589151 @default.
• W4310857044 cites W1987369892 @default.
• W4310857044 cites W1991040352 @default.
• W4310857044 cites W2001912147 @default.
• W4310857044 cites W2002786783 @default.
• W4310857044 cites W2003850500 @default.
• W4310857044 cites W2003891223 @default.
• W4310857044 cites W2004409403 @default.
• W4310857044 cites W2004816211 @default.
• W4310857044 cites W2005591642 @default.
• W4310857044 cites W2005937330 @default.
• W4310857044 cites W2008225819 @default.
• W4310857044 cites W2008484622 @default.
• W4310857044 cites W2009883149 @default.
• W4310857044 cites W2015420661 @default.
• W4310857044 cites W2021001306 @default.
• W4310857044 cites W2023164468 @default.
• W4310857044 cites W2023930568 @default.
• W4310857044 cites W2024520793 @default.
• W4310857044 cites W2029072514 @default.
• W4310857044 cites W2033001678 @default.
• W4310857044 cites W2037115908 @default.
• W4310857044 cites W2037143270 @default.
• W4310857044 cites W2039300713 @default.
• W4310857044 cites W2040191673 @default.
• W4310857044 cites W2041714577 @default.
• W4310857044 cites W2044068071 @default.
• W4310857044 cites W2044812340 @default.
• W4310857044 cites W2045455802 @default.
• W4310857044 cites W2046341813 @default.
• W4310857044 cites W2046660839 @default.
• W4310857044 cites W2048633604 @default.
• W4310857044 cites W2052887316 @default.
• W4310857044 cites W2054776852 @default.
• W4310857044 cites W2058520939 @default.
• W4310857044 cites W2059444921 @default.
• W4310857044 cites W2060217788 @default.
• W4310857044 cites W2061324017 @default.
• W4310857044 cites W2063447831 @default.
• W4310857044 cites W2066194244 @default.
• W4310857044 cites W2066586772 @default.
• W4310857044 cites W2069107514 @default.
• W4310857044 cites W2071325347 @default.
• W4310857044 cites W2073199473 @default.
• W4310857044 cites W2073823373 @default.
• W4310857044 cites W2078633753 @default.
• W4310857044 cites W2081016451 @default.
• W4310857044 cites W2081394635 @default.
• W4310857044 cites W2084377266 @default.
• W4310857044 cites W2086219369 @default.
• W4310857044 cites W2086566277 @default.
• W4310857044 cites W2087173019 @default.
• W4310857044 cites W2091230023 @default.
• W4310857044 cites W2098439624 @default.
• W4310857044 cites W2106470084 @default.
• W4310857044 cites W2111819714 @default.
• W4310857044 cites W2127642378 @default.
• W4310857044 cites W2140193868 @default.
• W4310857044 cites W2142620248 @default.
• W4310857044 cites W2152014464 @default.
• W4310857044 cites W2182919137 @default.
• W4310857044 cites W2336958799 @default.
• W4310857044 cites W2384734496 @default.
• W4310857044 cites W2396014013 @default.
• W4310857044 cites W2550141087 @default.
• W4310857044 cites W2581288438 @default.
• W4310857044 cites W2611953965 @default.
• W4310857044 cites W2653532614 @default.
• W4310857044 cites W2704666188 @default.
• W4310857044 cites W2774576617 @default.
• W4310857044 cites W2782984068 @default.
• W4310857044 cites W2805098811 @default.
• W4310857044 cites W287430752 @default.
• W4310857044 cites W2963763478 @default.
• W4310857044 cites W2978473949 @default.
• W4310857044 cites W3014937631 @default.
• W4310857044 cites W3037900319 @default.
• W4310857044 cites W3106134828 @default.
• W4310857044 cites W3112449753 @default.
• W4310857044 cites W3188342841 @default.
• W4310857044 cites W3212128066 @default.
• W4310857044 cites W4224945221 @default.
• W4310857044 cites W4281861901 @default.
• W4310857044 doi "https://doi.org/10.1016/j.ijplas.2022.103494" @default.
• W4310857044 hasPublicationYear "2023" @default.

• next