Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367043304> ?p ?o ?g. }
- W4367043304 endingPage "104666" @default.
- W4367043304 startingPage "104666" @default.
- W4367043304 abstract "The present contribution investigates within a hierarchical multi-scale approach the relation between the macroscopic properties of semi-crystalline poly (vinylidene fluoride) (PVDF) and the transition from the α-phase to the β-phase crystalline structure in the course of a mechanical loading. A continuum-based constitutive model is proposed to capture the large-strain material behavior of PVDF, the amorphous molecular network orientation/relaxation process, the strain-induced morphological anisotropy induced by the crystallographic texturing and the strain-induced α → β phase transition; the mechanical coupling between the deformation modes in α-PVDF, β-PVDF and amorphous domains is obtained by considering the interfacial interactions in the micro-macro homogenization procedure. Fundamental parameters from molecular dynamics simulations, such as the amorphous, α crystalline and β crystalline properties along with the onset of α → β phase transition caused by the straining of α-PVDF, are transferred to the continuum scale. By completing the scale bridging method by the identification of the other model parameters, the model outputs are found in good agreement with the existing tensile experiments of a PVDF upon large-strain plastic deformation. The profound influence of the strain-induced α → β phase transition and the crystallographic texturing operated upon large-strain plastic deformation in the piezoelectric activity is finally investigated numerically." @default.
- W4367043304 created "2023-04-27" @default.
- W4367043304 creator A5037414364 @default.
- W4367043304 creator A5062314583 @default.
- W4367043304 creator A5088682990 @default.
- W4367043304 date "2023-07-01" @default.
- W4367043304 modified "2023-10-16" @default.
- W4367043304 title "Multiscale modeling of the strain-induced α → β phase transition and piezoelectric activity in semi-crystalline poly(vinylidene fluoride) over a large-strain range" @default.
- W4367043304 cites W1479959738 @default.
- W4367043304 cites W1970728285 @default.
- W4367043304 cites W1980616867 @default.
- W4367043304 cites W1983353225 @default.
- W4367043304 cites W1984451805 @default.
- W4367043304 cites W1985412098 @default.
- W4367043304 cites W1991454848 @default.
- W4367043304 cites W1996720311 @default.
- W4367043304 cites W1997279660 @default.
- W4367043304 cites W1998490195 @default.
- W4367043304 cites W2001605823 @default.
- W4367043304 cites W2005808499 @default.
- W4367043304 cites W2008558500 @default.
- W4367043304 cites W2011913151 @default.
- W4367043304 cites W2016156119 @default.
- W4367043304 cites W2018429662 @default.
- W4367043304 cites W2024542971 @default.
- W4367043304 cites W2027604930 @default.
- W4367043304 cites W2031062285 @default.
- W4367043304 cites W2032488582 @default.
- W4367043304 cites W2034419309 @default.
- W4367043304 cites W2038646484 @default.
- W4367043304 cites W2040223321 @default.
- W4367043304 cites W2041443993 @default.
- W4367043304 cites W2049574518 @default.
- W4367043304 cites W2054224332 @default.
- W4367043304 cites W2054479016 @default.
- W4367043304 cites W2056890769 @default.
- W4367043304 cites W2058122172 @default.
- W4367043304 cites W2058965477 @default.
- W4367043304 cites W2062314532 @default.
- W4367043304 cites W2067929209 @default.
- W4367043304 cites W2068871378 @default.
- W4367043304 cites W2070607092 @default.
- W4367043304 cites W2072660839 @default.
- W4367043304 cites W2072976471 @default.
- W4367043304 cites W2078962987 @default.
- W4367043304 cites W2081744866 @default.
- W4367043304 cites W2082488954 @default.
- W4367043304 cites W2082802517 @default.
- W4367043304 cites W2088625689 @default.
- W4367043304 cites W2109832666 @default.
- W4367043304 cites W2115439739 @default.
- W4367043304 cites W2120486607 @default.
- W4367043304 cites W2120563222 @default.
- W4367043304 cites W2129023339 @default.
- W4367043304 cites W2138547663 @default.
- W4367043304 cites W2153478514 @default.
- W4367043304 cites W2161410292 @default.
- W4367043304 cites W2171208660 @default.
- W4367043304 cites W2201980536 @default.
- W4367043304 cites W2303968948 @default.
- W4367043304 cites W2333143433 @default.
- W4367043304 cites W2495438107 @default.
- W4367043304 cites W2581641506 @default.
- W4367043304 cites W2609504199 @default.
- W4367043304 cites W2893168844 @default.
- W4367043304 cites W2893230490 @default.
- W4367043304 cites W2908477478 @default.
- W4367043304 cites W2920923548 @default.
- W4367043304 cites W2921400729 @default.
- W4367043304 cites W2940690254 @default.
- W4367043304 cites W2954975184 @default.
- W4367043304 cites W2963289212 @default.
- W4367043304 cites W2966360564 @default.
- W4367043304 cites W2967329516 @default.
- W4367043304 cites W2976186359 @default.
- W4367043304 cites W3006410346 @default.
- W4367043304 cites W3011597177 @default.
- W4367043304 cites W3012082347 @default.
- W4367043304 cites W3093526963 @default.
- W4367043304 cites W3151826466 @default.
- W4367043304 cites W3169535852 @default.
- W4367043304 cites W3199092394 @default.
- W4367043304 cites W3202142887 @default.
- W4367043304 cites W3213018900 @default.
- W4367043304 cites W4289526346 @default.
- W4367043304 cites W4290739106 @default.
- W4367043304 cites W4297818908 @default.
- W4367043304 cites W2016948603 @default.
- W4367043304 doi "https://doi.org/10.1016/j.mechmat.2023.104666" @default.
- W4367043304 hasPublicationYear "2023" @default.
- W4367043304 type Work @default.
- W4367043304 citedByCount "1" @default.
- W4367043304 countsByYear W43670433042023 @default.
- W4367043304 crossrefType "journal-article" @default.
- W4367043304 hasAuthorship W4367043304A5037414364 @default.
- W4367043304 hasAuthorship W4367043304A5062314583 @default.
- W4367043304 hasAuthorship W4367043304A5088682990 @default.
- W4367043304 hasConcept C100082104 @default.