Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309194992> ?p ?o ?g. }
- W4309194992 endingPage "116410" @default.
- W4309194992 startingPage "116410" @default.
- W4309194992 abstract "Multistable mechanical metamaterials are periodic structures whose unit cells show bistable configurations. The snap-through behavior of the unit cell enhances the energy dissipation of the metamaterials. The materials are reusable and can dissipate energy multiple times since the deformation is within the elastic region. This paper presents two types of two-dimensional auxetic metamaterials: the shuriken-shaped motif with four axes of symmetry and the triangle motif with six axes of symmetry. The cylindrical and three-dimensional (3D) configurations are designed with the geometric topology method. We carry out experiments with 3D printed samples, finite element analysis (FEA), and theoretical investigation to reveal the various mechanisms of energy dissipation. The results demonstrate that the planar metamaterials exhibit different energy dissipation along various loading directions. Each type of metamaterial exhibits discrepant force-displacement characteristics. The triangle motif performs better than the shuriken-shaped motif in terms of energy dissipation along some loading directions. The proposed auxetic metamaterials perform better than the conventional multistable structures with zero Poisson’s ratio. Energy dissipation and auxetic behavior of the typically cylindrical and 3D metamaterials are verified numerically and experimentally." @default.
- W4309194992 created "2022-11-24" @default.
- W4309194992 creator A5011179066 @default.
- W4309194992 creator A5025319461 @default.
- W4309194992 creator A5025635683 @default.
- W4309194992 creator A5026906414 @default.
- W4309194992 creator A5029136015 @default.
- W4309194992 creator A5035279076 @default.
- W4309194992 creator A5047737923 @default.
- W4309194992 creator A5049603672 @default.
- W4309194992 creator A5052008731 @default.
- W4309194992 date "2023-01-01" @default.
- W4309194992 modified "2023-10-15" @default.
- W4309194992 title "Energy dissipation in multistable auxetic mechanical metamaterials" @default.
- W4309194992 cites W1541360842 @default.
- W4309194992 cites W1882735753 @default.
- W4309194992 cites W1964715446 @default.
- W4309194992 cites W1968879280 @default.
- W4309194992 cites W1969797145 @default.
- W4309194992 cites W1970464918 @default.
- W4309194992 cites W1998210021 @default.
- W4309194992 cites W2018793215 @default.
- W4309194992 cites W2024270455 @default.
- W4309194992 cites W2030467733 @default.
- W4309194992 cites W2039446075 @default.
- W4309194992 cites W2049286683 @default.
- W4309194992 cites W2056497220 @default.
- W4309194992 cites W2061850349 @default.
- W4309194992 cites W2075025572 @default.
- W4309194992 cites W2084706026 @default.
- W4309194992 cites W2093985021 @default.
- W4309194992 cites W2099006292 @default.
- W4309194992 cites W2099541542 @default.
- W4309194992 cites W2149567066 @default.
- W4309194992 cites W2151945645 @default.
- W4309194992 cites W2191438511 @default.
- W4309194992 cites W2346040907 @default.
- W4309194992 cites W2461024470 @default.
- W4309194992 cites W2471681151 @default.
- W4309194992 cites W2561547965 @default.
- W4309194992 cites W2589436373 @default.
- W4309194992 cites W2598238963 @default.
- W4309194992 cites W2618643862 @default.
- W4309194992 cites W2752643407 @default.
- W4309194992 cites W2777757755 @default.
- W4309194992 cites W2779088410 @default.
- W4309194992 cites W2781589976 @default.
- W4309194992 cites W2784046566 @default.
- W4309194992 cites W2791692541 @default.
- W4309194992 cites W2792655768 @default.
- W4309194992 cites W2809031491 @default.
- W4309194992 cites W2810595656 @default.
- W4309194992 cites W2811152080 @default.
- W4309194992 cites W2913632655 @default.
- W4309194992 cites W2913690290 @default.
- W4309194992 cites W2923165704 @default.
- W4309194992 cites W2944493360 @default.
- W4309194992 cites W2945167822 @default.
- W4309194992 cites W2947379749 @default.
- W4309194992 cites W2953781121 @default.
- W4309194992 cites W2953930550 @default.
- W4309194992 cites W2964812863 @default.
- W4309194992 cites W2969204160 @default.
- W4309194992 cites W2970595583 @default.
- W4309194992 cites W2982157016 @default.
- W4309194992 cites W2989740791 @default.
- W4309194992 cites W3006570896 @default.
- W4309194992 cites W3084041896 @default.
- W4309194992 cites W3093097521 @default.
- W4309194992 cites W3112432884 @default.
- W4309194992 cites W3112464412 @default.
- W4309194992 cites W3134372534 @default.
- W4309194992 cites W3159503685 @default.
- W4309194992 cites W3167174416 @default.
- W4309194992 cites W3169542578 @default.
- W4309194992 cites W3171289433 @default.
- W4309194992 cites W3199097318 @default.
- W4309194992 cites W3208850295 @default.
- W4309194992 cites W3213291034 @default.
- W4309194992 cites W3214013633 @default.
- W4309194992 cites W4200340389 @default.
- W4309194992 cites W4281730329 @default.
- W4309194992 cites W882459226 @default.
- W4309194992 doi "https://doi.org/10.1016/j.compstruct.2022.116410" @default.
- W4309194992 hasPublicationYear "2023" @default.
- W4309194992 type Work @default.
- W4309194992 citedByCount "4" @default.
- W4309194992 countsByYear W43091949922023 @default.
- W4309194992 crossrefType "journal-article" @default.
- W4309194992 hasAuthorship W4309194992A5011179066 @default.
- W4309194992 hasAuthorship W4309194992A5025319461 @default.
- W4309194992 hasAuthorship W4309194992A5025635683 @default.
- W4309194992 hasAuthorship W4309194992A5026906414 @default.
- W4309194992 hasAuthorship W4309194992A5029136015 @default.
- W4309194992 hasAuthorship W4309194992A5035279076 @default.
- W4309194992 hasAuthorship W4309194992A5047737923 @default.
- W4309194992 hasAuthorship W4309194992A5049603672 @default.
- W4309194992 hasAuthorship W4309194992A5052008731 @default.