Matches in SemOpenAlex for { <https://semopenalex.org/work/W2529125075> ?p ?o ?g. }
- W2529125075 endingPage "96" @default.
- W2529125075 startingPage "88" @default.
- W2529125075 abstract "New torsional models of carbon nanotube in which axial velocity and the velocity gradient effect are separately considered on the basis of newly proposed nonlocal strain gradient theory are presented in this study. The nonlocal strain gradient theory developed from nonlocal theory contains additional strain gradient scale parameter representing the effect of high-order strain gradient besides the nonlocal scale parameter depicting interactions of neighboring particles. For torsional vibration of carbon nanotube considering axial velocity, the influence of axial velocity is included in kinetic energy. For that in view of velocity gradient effect, additional kinematic component which represents material particles in micro/nano-scale distinguishing those in macro-scale is involved in the kinetic energy. The governing equations are derived by Hamilton's principle and the high-order boundary conditions are also deduced simultaneously. As study case, fixed-fixed boundary condition is considered. The two scale parameters impacting on torsional frequencies are discussed in detail, meanwhile, comparisons of current model with other high-order non-classical and classical models, and the relations between axial velocity and torsional frequencies are shown in this paper. The relations between critical velocity and two scale parameters are also illustrated. Ultimately, the influences of velocity gradient effect on torsional frequencies are presented." @default.
- W2529125075 created "2016-10-14" @default.
- W2529125075 creator A5003529898 @default.
- W2529125075 creator A5005698720 @default.
- W2529125075 creator A5023482180 @default.
- W2529125075 creator A5053325739 @default.
- W2529125075 creator A5069994405 @default.
- W2529125075 creator A5087848706 @default.
- W2529125075 date "2016-12-01" @default.
- W2529125075 modified "2023-10-06" @default.
- W2529125075 title "Torsional vibration of carbon nanotube with axial velocity and velocity gradient effect" @default.
- W2529125075 cites W1475701354 @default.
- W2529125075 cites W1646294624 @default.
- W2529125075 cites W1844501693 @default.
- W2529125075 cites W1855829969 @default.
- W2529125075 cites W1889432902 @default.
- W2529125075 cites W1965020427 @default.
- W2529125075 cites W1966330485 @default.
- W2529125075 cites W1967791201 @default.
- W2529125075 cites W1967969281 @default.
- W2529125075 cites W1969819509 @default.
- W2529125075 cites W1970818803 @default.
- W2529125075 cites W1971717868 @default.
- W2529125075 cites W1972104054 @default.
- W2529125075 cites W1973364198 @default.
- W2529125075 cites W1977178413 @default.
- W2529125075 cites W1978940877 @default.
- W2529125075 cites W1980516378 @default.
- W2529125075 cites W1980934012 @default.
- W2529125075 cites W1981714315 @default.
- W2529125075 cites W1989970940 @default.
- W2529125075 cites W1993478672 @default.
- W2529125075 cites W1993923126 @default.
- W2529125075 cites W1995500352 @default.
- W2529125075 cites W1998449418 @default.
- W2529125075 cites W1998494366 @default.
- W2529125075 cites W1999544762 @default.
- W2529125075 cites W2002749795 @default.
- W2529125075 cites W2003271585 @default.
- W2529125075 cites W2003597221 @default.
- W2529125075 cites W2003950316 @default.
- W2529125075 cites W2006690398 @default.
- W2529125075 cites W2006941567 @default.
- W2529125075 cites W2013008071 @default.
- W2529125075 cites W2013572826 @default.
- W2529125075 cites W2014806345 @default.
- W2529125075 cites W2014958982 @default.
- W2529125075 cites W2018858346 @default.
- W2529125075 cites W2020320951 @default.
- W2529125075 cites W2021138423 @default.
- W2529125075 cites W2021884780 @default.
- W2529125075 cites W2023833351 @default.
- W2529125075 cites W2024623569 @default.
- W2529125075 cites W2031025059 @default.
- W2529125075 cites W2031187417 @default.
- W2529125075 cites W2031265434 @default.
- W2529125075 cites W2035277154 @default.
- W2529125075 cites W2040880485 @default.
- W2529125075 cites W2043938607 @default.
- W2529125075 cites W2047280630 @default.
- W2529125075 cites W2048274882 @default.
- W2529125075 cites W2053565949 @default.
- W2529125075 cites W2055097286 @default.
- W2529125075 cites W2059534823 @default.
- W2529125075 cites W2059703833 @default.
- W2529125075 cites W2060140662 @default.
- W2529125075 cites W2062409798 @default.
- W2529125075 cites W2068601892 @default.
- W2529125075 cites W2069344959 @default.
- W2529125075 cites W2073099347 @default.
- W2529125075 cites W2082471242 @default.
- W2529125075 cites W2084113519 @default.
- W2529125075 cites W2085220819 @default.
- W2529125075 cites W2085709944 @default.
- W2529125075 cites W2090188179 @default.
- W2529125075 cites W2094714257 @default.
- W2529125075 cites W2094963548 @default.
- W2529125075 cites W2096188874 @default.
- W2529125075 cites W2096898372 @default.
- W2529125075 cites W2101705869 @default.
- W2529125075 cites W2135119698 @default.
- W2529125075 cites W2135919740 @default.
- W2529125075 cites W2140964090 @default.
- W2529125075 cites W2141233619 @default.
- W2529125075 cites W2143296563 @default.
- W2529125075 cites W2159068985 @default.
- W2529125075 cites W2170116274 @default.
- W2529125075 doi "https://doi.org/10.1016/j.ijmecsci.2016.09.036" @default.
- W2529125075 hasPublicationYear "2016" @default.
- W2529125075 type Work @default.
- W2529125075 sameAs 2529125075 @default.
- W2529125075 citedByCount "43" @default.
- W2529125075 countsByYear W25291250752017 @default.
- W2529125075 countsByYear W25291250752018 @default.
- W2529125075 countsByYear W25291250752019 @default.
- W2529125075 countsByYear W25291250752020 @default.
- W2529125075 countsByYear W25291250752021 @default.
- W2529125075 countsByYear W25291250752022 @default.