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W4313251472 startingPage "107911" @default.
W4313251472 abstract "High density polyethylene (HDPE) can show viscoelastic-viscoplastic behaviors under monotonic loads and a stress softening after reloading under cyclic ones. This sets a challenge in simultaneously representing such response in material constitutive models. In addition, due to the adoption of novel accelerated tests at higher temperatures, e.g., 95 °C, the need for a higher temperature calibration is motivated. Therefore, the objective of this study is threefold: (i) to investigate the capability of the three network viscoplastic (TNV) model in capturing HDPE thermo-viscoplasticity under monotonic and cyclic loads, (ii) to report observations on HDPE at various strain-rates and temperatures from 23 °C to 95 °C including the α-relaxation region (iii) to explore the ratcheting behavior of HDPE, i.e., cyclic creep. The FEA analysis based on the calibrated TNV model was successfully able to predict the HDPE behavior under static, quasi-static and dynamic loads. The predicted strain range Δε and mid-range strain εs of the cyclic creep showed good agreements. This implies that the TNV model can be a reliable candidate for HDPE engineering assessments. Findings of this work will have many industrial applications, e.g., products manufacturers or resin producers, in which HDPE is used under complex loads. Similar procedures can be followed for other thermoplastics which lays the basis for establishing a standard calibration guideline." @default.
W4313251472 created "2023-01-06" @default.
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W4313251472 date "2023-01-01" @default.
W4313251472 modified "2023-10-05" @default.
W4313251472 title "Constitutive model calibration for the thermal viscoelastic-viscoplastic behavior of high density polyethylene under monotonic and cyclic loading" @default.
W4313251472 cites W1585809393 @default.
W4313251472 cites W1963776561 @default.
W4313251472 cites W1968310672 @default.
W4313251472 cites W1976009271 @default.
W4313251472 cites W1983353225 @default.
W4313251472 cites W1984022193 @default.
W4313251472 cites W1984142626 @default.
W4313251472 cites W1984451805 @default.
W4313251472 cites W1985719560 @default.
W4313251472 cites W1995990908 @default.
W4313251472 cites W1998988164 @default.
W4313251472 cites W2001883088 @default.
W4313251472 cites W2002416764 @default.
W4313251472 cites W2003042231 @default.
W4313251472 cites W2003065051 @default.
W4313251472 cites W2004105031 @default.
W4313251472 cites W2005808499 @default.
W4313251472 cites W2008558500 @default.
W4313251472 cites W2011770169 @default.
W4313251472 cites W2012173174 @default.
W4313251472 cites W2017453503 @default.
W4313251472 cites W2017632352 @default.
W4313251472 cites W2024542971 @default.
W4313251472 cites W2026874198 @default.
W4313251472 cites W2031498433 @default.
W4313251472 cites W2035320961 @default.
W4313251472 cites W2044178269 @default.
W4313251472 cites W2044692060 @default.
W4313251472 cites W2055375417 @default.
W4313251472 cites W2057690499 @default.
W4313251472 cites W2059420422 @default.
W4313251472 cites W2064295481 @default.
W4313251472 cites W2070553007 @default.
W4313251472 cites W2070561852 @default.
W4313251472 cites W2070607092 @default.
W4313251472 cites W2077957842 @default.
W4313251472 cites W2078623051 @default.
W4313251472 cites W2078665941 @default.
W4313251472 cites W2078819739 @default.
W4313251472 cites W2080412342 @default.
W4313251472 cites W2082488954 @default.
W4313251472 cites W2085371589 @default.
W4313251472 cites W2085915657 @default.
W4313251472 cites W2090342715 @default.
W4313251472 cites W2090980737 @default.
W4313251472 cites W2092586418 @default.
W4313251472 cites W2109644113 @default.
W4313251472 cites W2116818775 @default.
W4313251472 cites W2137024545 @default.
W4313251472 cites W2140885724 @default.
W4313251472 cites W2148865113 @default.
W4313251472 cites W2153478514 @default.
W4313251472 cites W2157592542 @default.
W4313251472 cites W2178147694 @default.
W4313251472 cites W2509766614 @default.
W4313251472 cites W2525740931 @default.
W4313251472 cites W2594329119 @default.
W4313251472 cites W2620668525 @default.
W4313251472 cites W2885983844 @default.
W4313251472 cites W2889210633 @default.
W4313251472 cites W2893168844 @default.
W4313251472 cites W291526090 @default.
W4313251472 cites W2948443513 @default.
W4313251472 cites W2964550868 @default.
W4313251472 cites W2996763826 @default.
W4313251472 cites W3016232307 @default.
W4313251472 cites W3047706602 @default.
W4313251472 cites W3130432961 @default.
W4313251472 cites W3159315695 @default.
W4313251472 cites W3173372033 @default.
W4313251472 cites W51951677 @default.
W4313251472 doi "https://doi.org/10.1016/j.polymertesting.2022.107911" @default.
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