Matches in SemOpenAlex for { <https://semopenalex.org/work/W2531953022> ?p ?o ?g. }
- W2531953022 endingPage "583" @default.
- W2531953022 startingPage "572" @default.
- W2531953022 abstract "Because of the extensive application of piezoelectric materials and nanotubes in the nanostructures, in this paper, the free vibration of piezoelectric nanotubes is investigated based on Love's cylindrical thin-shell model by using consistent couple stress theory. Due to the exclusion of size effects in the nanoscale for nanostructures by classical continuum theories, and because of the costliness of nanostructure modeling methods such as molecular dynamics and experimental methods, the consistent couple stress theory is used for piezoelectric materials in this study to investigate the effects of size on the vibration of piezoelectric nanotubes. To develop the formulation of the problem, Hamilton's principle is used, and enthalpy energy, kinetic energy and the work done by external forces are computed. Afterwards, the governing equations of the nanotube as well as the boundary conditions are determined. Finally, after developing the formulation and the equations of motion, the effect of size, electromechanical effects, and geometric effects on the nanotubes and their influence on natural frequency of piezoelectric nanotubes are investigated." @default.
- W2531953022 created "2016-10-28" @default.
- W2531953022 creator A5081427272 @default.
- W2531953022 creator A5086030791 @default.
- W2531953022 date "2017-01-01" @default.
- W2531953022 modified "2023-09-26" @default.
- W2531953022 title "Size dependent electro-mechanical vibration of single-walled piezoelectric nanotubes using thin shell model" @default.
- W2531953022 cites W1171103894 @default.
- W2531953022 cites W1549300129 @default.
- W2531953022 cites W1965135771 @default.
- W2531953022 cites W1966910165 @default.
- W2531953022 cites W1975563266 @default.
- W2531953022 cites W1977145087 @default.
- W2531953022 cites W1987266183 @default.
- W2531953022 cites W1989661662 @default.
- W2531953022 cites W1990149957 @default.
- W2531953022 cites W1991014897 @default.
- W2531953022 cites W1993012428 @default.
- W2531953022 cites W1993378267 @default.
- W2531953022 cites W1993576917 @default.
- W2531953022 cites W1996780679 @default.
- W2531953022 cites W1998494366 @default.
- W2531953022 cites W1998874996 @default.
- W2531953022 cites W2002418948 @default.
- W2531953022 cites W2004727093 @default.
- W2531953022 cites W2007932236 @default.
- W2531953022 cites W2011409554 @default.
- W2531953022 cites W2017750236 @default.
- W2531953022 cites W2019713747 @default.
- W2531953022 cites W2023270527 @default.
- W2531953022 cites W2024735629 @default.
- W2531953022 cites W2030972504 @default.
- W2531953022 cites W2036981201 @default.
- W2531953022 cites W2037923462 @default.
- W2531953022 cites W2038373086 @default.
- W2531953022 cites W2045673424 @default.
- W2531953022 cites W2046681167 @default.
- W2531953022 cites W2051617107 @default.
- W2531953022 cites W2056922185 @default.
- W2531953022 cites W2057127437 @default.
- W2531953022 cites W2059540942 @default.
- W2531953022 cites W2059758377 @default.
- W2531953022 cites W2060226912 @default.
- W2531953022 cites W2061205948 @default.
- W2531953022 cites W2062481210 @default.
- W2531953022 cites W2062666785 @default.
- W2531953022 cites W2065012133 @default.
- W2531953022 cites W2065426923 @default.
- W2531953022 cites W2068297708 @default.
- W2531953022 cites W2072300565 @default.
- W2531953022 cites W2073377136 @default.
- W2531953022 cites W2073552479 @default.
- W2531953022 cites W2076651819 @default.
- W2531953022 cites W2079029806 @default.
- W2531953022 cites W2080797205 @default.
- W2531953022 cites W2080818258 @default.
- W2531953022 cites W2080913703 @default.
- W2531953022 cites W2081224892 @default.
- W2531953022 cites W2082949672 @default.
- W2531953022 cites W2084579178 @default.
- W2531953022 cites W2092809749 @default.
- W2531953022 cites W2094015545 @default.
- W2531953022 cites W2096544341 @default.
- W2531953022 cites W2105326484 @default.
- W2531953022 cites W2120977559 @default.
- W2531953022 cites W2122154718 @default.
- W2531953022 cites W2122727913 @default.
- W2531953022 cites W2132160072 @default.
- W2531953022 cites W2137113665 @default.
- W2531953022 cites W2138577541 @default.
- W2531953022 cites W2145618380 @default.
- W2531953022 cites W2156701147 @default.
- W2531953022 cites W2156708390 @default.
- W2531953022 cites W2175308751 @default.
- W2531953022 cites W2227539937 @default.
- W2531953022 cites W2310461242 @default.
- W2531953022 cites W2315068290 @default.
- W2531953022 cites W2317184888 @default.
- W2531953022 cites W2387703057 @default.
- W2531953022 cites W2399424344 @default.
- W2531953022 cites W2402375659 @default.
- W2531953022 cites W2416400381 @default.
- W2531953022 cites W2963472892 @default.
- W2531953022 cites W755176670 @default.
- W2531953022 doi "https://doi.org/10.1016/j.matdes.2016.10.041" @default.
- W2531953022 hasPublicationYear "2017" @default.
- W2531953022 type Work @default.
- W2531953022 sameAs 2531953022 @default.
- W2531953022 citedByCount "72" @default.
- W2531953022 countsByYear W25319530222017 @default.
- W2531953022 countsByYear W25319530222018 @default.
- W2531953022 countsByYear W25319530222019 @default.
- W2531953022 countsByYear W25319530222020 @default.
- W2531953022 countsByYear W25319530222021 @default.
- W2531953022 countsByYear W25319530222022 @default.
- W2531953022 countsByYear W25319530222023 @default.
- W2531953022 crossrefType "journal-article" @default.
- W2531953022 hasAuthorship W2531953022A5081427272 @default.