Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385234818> ?p ?o ?g. }
- W4385234818 endingPage "114572" @default.
- W4385234818 startingPage "114572" @default.
- W4385234818 abstract "This paper aims at 4D printing of Polyvinyl Chloride (PVC) as an stimuli responsive shape memory polymer (SMP) with a high level of stress recovery, making it interesting for actuation applications. Filament extrusion was implemented for converting raw PVC pellets into 3D printing filament. Then, Lab-made PVC filaments were used to 4D print samples via fused decomposition modeling (FDM). First, thermal and microstructural properties of the 4D printed PVC are characterized and then cold, warm, and hot thermo-mechanical programing strategies are determined based on the temperature zone detected via the Dynamic Mechanical Thermal Analysis (DMTA)test results. Experiments are carried out to examine compressive nonlinear stress-strain behavior, constrained stress recovery, and stress relaxation responses. Results are presented to provide a deep insight into the influence of the programming temperature, compression level, and load holding time on the stress recovery and stress relaxation behaviors. It is shown that warm programming with an 80% compression level and instantaneous cooling/unloading results in the greatest stress recovery compared to other scenarios and parameters. This research is likely to advance state-of-the-art PVC 4D printing and unlock potential in the development of PVC actuators with high shape memory and stress recovery performance for high-capacity actuation applications." @default.
- W4385234818 created "2023-07-26" @default.
- W4385234818 creator A5010099453 @default.
- W4385234818 creator A5031305676 @default.
- W4385234818 creator A5035721226 @default.
- W4385234818 creator A5043306953 @default.
- W4385234818 creator A5047043731 @default.
- W4385234818 creator A5052697802 @default.
- W4385234818 creator A5055305386 @default.
- W4385234818 creator A5077063736 @default.
- W4385234818 creator A5084332266 @default.
- W4385234818 date "2023-10-01" @default.
- W4385234818 modified "2023-10-01" @default.
- W4385234818 title "Stress Recovery and Stress Relaxation Behaviors of PVC 4D Printed by FDM Technology for High-Performance Actuation Applications" @default.
- W4385234818 cites W1966760934 @default.
- W4385234818 cites W1967825978 @default.
- W4385234818 cites W1988276750 @default.
- W4385234818 cites W1989732401 @default.
- W4385234818 cites W1999327279 @default.
- W4385234818 cites W2002986072 @default.
- W4385234818 cites W2003347710 @default.
- W4385234818 cites W2021559160 @default.
- W4385234818 cites W2027080697 @default.
- W4385234818 cites W2033743927 @default.
- W4385234818 cites W2034777352 @default.
- W4385234818 cites W2036233283 @default.
- W4385234818 cites W2038146610 @default.
- W4385234818 cites W2040706167 @default.
- W4385234818 cites W2058236312 @default.
- W4385234818 cites W2066104559 @default.
- W4385234818 cites W2067262806 @default.
- W4385234818 cites W2073016286 @default.
- W4385234818 cites W2075297091 @default.
- W4385234818 cites W2082746520 @default.
- W4385234818 cites W2084511757 @default.
- W4385234818 cites W2093814246 @default.
- W4385234818 cites W2101835518 @default.
- W4385234818 cites W2104254546 @default.
- W4385234818 cites W2130831910 @default.
- W4385234818 cites W2152372923 @default.
- W4385234818 cites W2153584514 @default.
- W4385234818 cites W2190565559 @default.
- W4385234818 cites W2304226217 @default.
- W4385234818 cites W2469097969 @default.
- W4385234818 cites W2521108076 @default.
- W4385234818 cites W2735788939 @default.
- W4385234818 cites W2751373768 @default.
- W4385234818 cites W2770305499 @default.
- W4385234818 cites W2793435880 @default.
- W4385234818 cites W2795452127 @default.
- W4385234818 cites W2801095906 @default.
- W4385234818 cites W2810996243 @default.
- W4385234818 cites W2894062780 @default.
- W4385234818 cites W2896517564 @default.
- W4385234818 cites W2901581844 @default.
- W4385234818 cites W2952052703 @default.
- W4385234818 cites W2953854811 @default.
- W4385234818 cites W2979522602 @default.
- W4385234818 cites W2990533134 @default.
- W4385234818 cites W2998335514 @default.
- W4385234818 cites W3008263959 @default.
- W4385234818 cites W3139395508 @default.
- W4385234818 cites W4210677135 @default.
- W4385234818 cites W4210868234 @default.
- W4385234818 cites W4220999715 @default.
- W4385234818 cites W4224251082 @default.
- W4385234818 cites W4280538059 @default.
- W4385234818 cites W4283156434 @default.
- W4385234818 cites W4283313007 @default.
- W4385234818 cites W4285137618 @default.
- W4385234818 cites W4297342114 @default.
- W4385234818 cites W4306248874 @default.
- W4385234818 cites W4310260965 @default.
- W4385234818 cites W4321459383 @default.
- W4385234818 doi "https://doi.org/10.1016/j.sna.2023.114572" @default.
- W4385234818 hasPublicationYear "2023" @default.
- W4385234818 type Work @default.
- W4385234818 citedByCount "0" @default.
- W4385234818 crossrefType "journal-article" @default.
- W4385234818 hasAuthorship W4385234818A5010099453 @default.
- W4385234818 hasAuthorship W4385234818A5031305676 @default.
- W4385234818 hasAuthorship W4385234818A5035721226 @default.
- W4385234818 hasAuthorship W4385234818A5043306953 @default.
- W4385234818 hasAuthorship W4385234818A5047043731 @default.
- W4385234818 hasAuthorship W4385234818A5052697802 @default.
- W4385234818 hasAuthorship W4385234818A5055305386 @default.
- W4385234818 hasAuthorship W4385234818A5077063736 @default.
- W4385234818 hasAuthorship W4385234818A5084332266 @default.
- W4385234818 hasBestOaLocation W43852348181 @default.
- W4385234818 hasConcept C138885662 @default.
- W4385234818 hasConcept C149912024 @default.
- W4385234818 hasConcept C15744967 @default.
- W4385234818 hasConcept C159985019 @default.
- W4385234818 hasConcept C180016635 @default.
- W4385234818 hasConcept C185698529 @default.
- W4385234818 hasConcept C192562407 @default.
- W4385234818 hasConcept C202974441 @default.
- W4385234818 hasConcept C21036866 @default.