Matches in SemOpenAlex for { <https://semopenalex.org/work/W2981507623> ?p ?o ?g. }
- W2981507623 endingPage "105283" @default.
- W2981507623 startingPage "105283" @default.
- W2981507623 abstract "Abstract The application of piezoelectric layers on the outer surfaces of lightweight passive sandwich plates can offer multifunctional smart sandwich plates (MFSSPs). This paper proposes a new MFSSP and studies its critical stability mechanical loads and temperature changes. The smart plate is proposed to include a multifunctional passive sandwich plate integrated with two active piezoelectric layers. The lightweight sandwich plate has a polymeric porous core and two randomly oriented graphene/polymer nanocomposite layers. Different profiles are considered for graphene and porosity distributions in nanocomposite and core layers, respectively. A modified Halpin–Tsai’ approach with efficiency parameters is employed to estimate the material properties of polymer/graphene layers. Reddy's third order shear deformation theory (TSDT) of plates is selected to estimate displacement field and obtain the governing stability equations of the proposed MFSSP. Then, a mesh-free method is developed to solve the obtained mechanical and thermal stability equations. The effect of MFSSP's parameters, including porosity and graphene characteristics, on the stability responses have been studied. The results disclose that the addition of graphene significantly improves the mechanical stability responses of MFSSPs. Furthermore, embedding more pores in core layer can improve the thermal stability of MFSSPs without a considerable reduction in their mechanical stability responses." @default.
- W2981507623 created "2019-11-01" @default.
- W2981507623 creator A5009380263 @default.
- W2981507623 creator A5060551543 @default.
- W2981507623 date "2020-02-01" @default.
- W2981507623 modified "2023-10-17" @default.
- W2981507623 title "Stability analysis of multifunctional smart sandwich plates with graphene nanocomposite and porous layers" @default.
- W2981507623 cites W1967722764 @default.
- W2981507623 cites W1968720142 @default.
- W2981507623 cites W1980562399 @default.
- W2981507623 cites W1988744163 @default.
- W2981507623 cites W1998596202 @default.
- W2981507623 cites W2005114762 @default.
- W2981507623 cites W2005667772 @default.
- W2981507623 cites W2015209138 @default.
- W2981507623 cites W2016079319 @default.
- W2981507623 cites W2022998302 @default.
- W2981507623 cites W2043763429 @default.
- W2981507623 cites W2046390143 @default.
- W2981507623 cites W2050618383 @default.
- W2981507623 cites W2052106483 @default.
- W2981507623 cites W2060314106 @default.
- W2981507623 cites W2079639767 @default.
- W2981507623 cites W2086582637 @default.
- W2981507623 cites W2099209338 @default.
- W2981507623 cites W2101300166 @default.
- W2981507623 cites W2166782086 @default.
- W2981507623 cites W2174942382 @default.
- W2981507623 cites W2187266957 @default.
- W2981507623 cites W2245281859 @default.
- W2981507623 cites W2267496352 @default.
- W2981507623 cites W2274513234 @default.
- W2981507623 cites W2343193234 @default.
- W2981507623 cites W2512373810 @default.
- W2981507623 cites W2514402842 @default.
- W2981507623 cites W2518522275 @default.
- W2981507623 cites W2527634048 @default.
- W2981507623 cites W2570770986 @default.
- W2981507623 cites W2593835502 @default.
- W2981507623 cites W2593864527 @default.
- W2981507623 cites W2599704071 @default.
- W2981507623 cites W2611963168 @default.
- W2981507623 cites W2737498962 @default.
- W2981507623 cites W2756823317 @default.
- W2981507623 cites W2762928479 @default.
- W2981507623 cites W2773215263 @default.
- W2981507623 cites W2773723420 @default.
- W2981507623 cites W2789699295 @default.
- W2981507623 cites W2790405683 @default.
- W2981507623 cites W2790776034 @default.
- W2981507623 cites W2792412433 @default.
- W2981507623 cites W2792655768 @default.
- W2981507623 cites W2801992198 @default.
- W2981507623 cites W2805287889 @default.
- W2981507623 cites W2808079821 @default.
- W2981507623 cites W2885428138 @default.
- W2981507623 cites W2888710353 @default.
- W2981507623 cites W2895532168 @default.
- W2981507623 cites W2896235408 @default.
- W2981507623 cites W2902275575 @default.
- W2981507623 cites W2907675389 @default.
- W2981507623 cites W2908632235 @default.
- W2981507623 cites W2909038668 @default.
- W2981507623 cites W2911408720 @default.
- W2981507623 cites W2914573054 @default.
- W2981507623 cites W2915006036 @default.
- W2981507623 cites W2938422572 @default.
- W2981507623 cites W2938426936 @default.
- W2981507623 cites W2943327657 @default.
- W2981507623 cites W2944091480 @default.
- W2981507623 cites W2944342467 @default.
- W2981507623 cites W2956220254 @default.
- W2981507623 cites W2964225117 @default.
- W2981507623 cites W2581915330 @default.
- W2981507623 doi "https://doi.org/10.1016/j.ijmecsci.2019.105283" @default.
- W2981507623 hasPublicationYear "2020" @default.
- W2981507623 type Work @default.
- W2981507623 sameAs 2981507623 @default.
- W2981507623 citedByCount "62" @default.
- W2981507623 countsByYear W29815076232020 @default.
- W2981507623 countsByYear W29815076232021 @default.
- W2981507623 countsByYear W29815076232022 @default.
- W2981507623 countsByYear W29815076232023 @default.
- W2981507623 crossrefType "journal-article" @default.
- W2981507623 hasAuthorship W2981507623A5009380263 @default.
- W2981507623 hasAuthorship W2981507623A5060551543 @default.
- W2981507623 hasConcept C105569014 @default.
- W2981507623 hasConcept C159985019 @default.
- W2981507623 hasConcept C171250308 @default.
- W2981507623 hasConcept C192562407 @default.
- W2981507623 hasConcept C30080830 @default.
- W2981507623 hasConcept C6648577 @default.
- W2981507623 hasConcept C92880739 @default.
- W2981507623 hasConceptScore W2981507623C105569014 @default.
- W2981507623 hasConceptScore W2981507623C159985019 @default.
- W2981507623 hasConceptScore W2981507623C171250308 @default.
- W2981507623 hasConceptScore W2981507623C192562407 @default.
- W2981507623 hasConceptScore W2981507623C30080830 @default.