Matches in SemOpenAlex for { <https://semopenalex.org/work/W3093345771> ?p ?o ?g. }
- W3093345771 endingPage "113146" @default.
- W3093345771 startingPage "113146" @default.
- W3093345771 abstract "The frequency characteristics of circular/annular plates reinforced with multi-scale hybrid laminates nanocomposite (MHLN) are presented via the state-space formulation based on three-dimensional (3D)-elasticity theory. The circular/annular plate is under initial lateral stress and composed of multilayers with carbon nanotubes (CNTs) uniformly dispersed in each layer, but its properties change layer-by-layer along the thickness direction. With the aid of compatibility conditions, the sandwich structure with two, three, five, and seven layers are modeled. The state-space based differential quadrature method (SS-DQM) is presented to examine the frequency behavior of the current structure. Halpin–Tsai equations and fiber micromechanics are used in the hierarchy to predict the bulk material properties of the multi-scale composite. A singular point is investigated for modeling the circular plate. The CNTs are supposed to be randomly oriented and uniformly distributed through the matrix of epoxy resin. Afterward, a parametric study is done to present the effects of stacking sequence, and various types of sandwich circular/annular plates on frequency characteristics of the MHLN reinforced circular/annular plates using 3D-elasticity theory. As an important consequence, when the value of initial stress increases, the concentration of deformation in the composite disk reduces along the radial direction and intensifies along the circumferential direction." @default.
- W3093345771 created "2020-10-22" @default.
- W3093345771 creator A5008828976 @default.
- W3093345771 creator A5010894765 @default.
- W3093345771 creator A5045146010 @default.
- W3093345771 creator A5076773511 @default.
- W3093345771 creator A5086135047 @default.
- W3093345771 date "2021-02-01" @default.
- W3093345771 modified "2023-09-27" @default.
- W3093345771 title "Three-dimensional frequency response of the CNT-Carbon-Fiber reinforced laminated circular/annular plates under initially stresses" @default.
- W3093345771 cites W1992832644 @default.
- W3093345771 cites W2012459362 @default.
- W3093345771 cites W2013238386 @default.
- W3093345771 cites W2049296627 @default.
- W3093345771 cites W2061759591 @default.
- W3093345771 cites W2069992601 @default.
- W3093345771 cites W2082036529 @default.
- W3093345771 cites W2110393033 @default.
- W3093345771 cites W2127464155 @default.
- W3093345771 cites W2232748179 @default.
- W3093345771 cites W2263008542 @default.
- W3093345771 cites W2276940967 @default.
- W3093345771 cites W2404725531 @default.
- W3093345771 cites W2435866165 @default.
- W3093345771 cites W2535464544 @default.
- W3093345771 cites W2605129022 @default.
- W3093345771 cites W2605597818 @default.
- W3093345771 cites W2613771876 @default.
- W3093345771 cites W2621053939 @default.
- W3093345771 cites W2671477416 @default.
- W3093345771 cites W2740365056 @default.
- W3093345771 cites W2779378770 @default.
- W3093345771 cites W2794777833 @default.
- W3093345771 cites W2807437751 @default.
- W3093345771 cites W2811227247 @default.
- W3093345771 cites W2883184967 @default.
- W3093345771 cites W2889061157 @default.
- W3093345771 cites W2891864432 @default.
- W3093345771 cites W2901864827 @default.
- W3093345771 cites W2902335207 @default.
- W3093345771 cites W2933876341 @default.
- W3093345771 cites W2936227260 @default.
- W3093345771 cites W2941338018 @default.
- W3093345771 cites W2943315531 @default.
- W3093345771 cites W2947345564 @default.
- W3093345771 cites W2952348916 @default.
- W3093345771 cites W2955785717 @default.
- W3093345771 cites W2962695964 @default.
- W3093345771 cites W2966732794 @default.
- W3093345771 cites W2969977084 @default.
- W3093345771 cites W2970054840 @default.
- W3093345771 cites W2972464913 @default.
- W3093345771 cites W2976616086 @default.
- W3093345771 cites W2979997103 @default.
- W3093345771 cites W2989363164 @default.
- W3093345771 cites W2990399170 @default.
- W3093345771 cites W2990991805 @default.
- W3093345771 cites W2997161413 @default.
- W3093345771 cites W2997985086 @default.
- W3093345771 cites W2998533888 @default.
- W3093345771 cites W2998651573 @default.
- W3093345771 cites W2998739365 @default.
- W3093345771 cites W3001418747 @default.
- W3093345771 cites W3002155159 @default.
- W3093345771 cites W3004266178 @default.
- W3093345771 cites W3004761374 @default.
- W3093345771 cites W3004932031 @default.
- W3093345771 cites W3005943013 @default.
- W3093345771 cites W3006128461 @default.
- W3093345771 cites W3008030163 @default.
- W3093345771 cites W3011978351 @default.
- W3093345771 cites W3012233322 @default.
- W3093345771 cites W3015760439 @default.
- W3093345771 cites W3021421489 @default.
- W3093345771 cites W3023798680 @default.
- W3093345771 cites W3024647120 @default.
- W3093345771 cites W3025149229 @default.
- W3093345771 cites W3032688431 @default.
- W3093345771 cites W3035869501 @default.
- W3093345771 cites W3036436149 @default.
- W3093345771 cites W3040397572 @default.
- W3093345771 cites W3045036291 @default.
- W3093345771 cites W3045752694 @default.
- W3093345771 cites W3045811288 @default.
- W3093345771 doi "https://doi.org/10.1016/j.compstruct.2020.113146" @default.
- W3093345771 hasPublicationYear "2021" @default.
- W3093345771 type Work @default.
- W3093345771 sameAs 3093345771 @default.
- W3093345771 citedByCount "38" @default.
- W3093345771 countsByYear W30933457712021 @default.
- W3093345771 countsByYear W30933457712022 @default.
- W3093345771 countsByYear W30933457712023 @default.
- W3093345771 crossrefType "journal-article" @default.
- W3093345771 hasAuthorship W3093345771A5008828976 @default.
- W3093345771 hasAuthorship W3093345771A5010894765 @default.
- W3093345771 hasAuthorship W3093345771A5045146010 @default.
- W3093345771 hasAuthorship W3093345771A5076773511 @default.
- W3093345771 hasAuthorship W3093345771A5086135047 @default.