Matches in SemOpenAlex for { <https://semopenalex.org/work/W2190408022> ?p ?o ?g. }
- W2190408022 endingPage "166" @default.
- W2190408022 startingPage "151" @default.
- W2190408022 abstract "Abstract The nonlocality effect based on appropriate kernel functions plays an important role in mechanical analysis of nanostructures. This phenomenon is not limited to the bulk, but also includes the surface layer. However, these important issues have not been properly paid attention to in the previously developed continuum-based models. Using a novel nonlocal integro-differential model accounting for the surface energy effect, free longitudinal vibration of functionally graded tapered nanorods embedded in an elastic matrix is investigated. The material properties of both the bulk and the surface layer vary along the nanorod’s length based on a power-law relation. By considering the nonlocal integro-differential constitutive relations for the bulk as well as the surface layer, the equations of motion of the elastically supported nanostructure are obtained and analyzed via reproducing kernel particle method (RKPM). In particular cases, modal analysis is also implemented and the obtained results by the RKPM are successfully verified with those of the modal analysis approach. The roles of the surface energy, small-scale parameter, stiffness of the matrix and that of the supports, nanorod’s diameter, power-law index, and the nonlocal kernel function on the natural frequencies are explained in some detail." @default.
- W2190408022 created "2016-06-24" @default.
- W2190408022 creator A5021102688 @default.
- W2190408022 date "2016-04-01" @default.
- W2190408022 modified "2023-09-24" @default.
- W2190408022 title "Free dynamic analysis of functionally graded tapered nanorods via a newly developed nonlocal surface energy-based integro-differential model" @default.
- W2190408022 cites W1963501305 @default.
- W2190408022 cites W1966138258 @default.
- W2190408022 cites W1966866749 @default.
- W2190408022 cites W1977260234 @default.
- W2190408022 cites W1977601222 @default.
- W2190408022 cites W1979729721 @default.
- W2190408022 cites W1983753575 @default.
- W2190408022 cites W1995817738 @default.
- W2190408022 cites W1997810205 @default.
- W2190408022 cites W1999617678 @default.
- W2190408022 cites W1999856362 @default.
- W2190408022 cites W2001448779 @default.
- W2190408022 cites W2002700066 @default.
- W2190408022 cites W2003530927 @default.
- W2190408022 cites W2005094713 @default.
- W2190408022 cites W2005725951 @default.
- W2190408022 cites W2010859228 @default.
- W2190408022 cites W2011167400 @default.
- W2190408022 cites W2013243143 @default.
- W2190408022 cites W2014197961 @default.
- W2190408022 cites W2014724934 @default.
- W2190408022 cites W2021884780 @default.
- W2190408022 cites W2026073006 @default.
- W2190408022 cites W2027285490 @default.
- W2190408022 cites W2031187417 @default.
- W2190408022 cites W2031513512 @default.
- W2190408022 cites W2034036934 @default.
- W2190408022 cites W2034785734 @default.
- W2190408022 cites W2035222270 @default.
- W2190408022 cites W2042044385 @default.
- W2190408022 cites W2042820071 @default.
- W2190408022 cites W2043020575 @default.
- W2190408022 cites W2045198534 @default.
- W2190408022 cites W2046941778 @default.
- W2190408022 cites W2053955874 @default.
- W2190408022 cites W2054732436 @default.
- W2190408022 cites W2054842541 @default.
- W2190408022 cites W2055516122 @default.
- W2190408022 cites W2056964737 @default.
- W2190408022 cites W2057571646 @default.
- W2190408022 cites W2057793771 @default.
- W2190408022 cites W2059534823 @default.
- W2190408022 cites W2059712427 @default.
- W2190408022 cites W2059850212 @default.
- W2190408022 cites W2060283426 @default.
- W2190408022 cites W2064130075 @default.
- W2190408022 cites W2069831106 @default.
- W2190408022 cites W2070510933 @default.
- W2190408022 cites W2072496825 @default.
- W2190408022 cites W2073592751 @default.
- W2190408022 cites W2080702122 @default.
- W2190408022 cites W2080797205 @default.
- W2190408022 cites W2082369159 @default.
- W2190408022 cites W2084113519 @default.
- W2190408022 cites W2084513461 @default.
- W2190408022 cites W2085220819 @default.
- W2190408022 cites W2088082765 @default.
- W2190408022 cites W2088542348 @default.
- W2190408022 cites W2091458120 @default.
- W2190408022 cites W2093454438 @default.
- W2190408022 cites W2095095291 @default.
- W2190408022 cites W2105096210 @default.
- W2190408022 cites W2113315664 @default.
- W2190408022 cites W2116379499 @default.
- W2190408022 cites W2127761230 @default.
- W2190408022 cites W2132320707 @default.
- W2190408022 cites W2145644618 @default.
- W2190408022 cites W2151354113 @default.
- W2190408022 cites W2159482704 @default.
- W2190408022 cites W2159543070 @default.
- W2190408022 doi "https://doi.org/10.1016/j.compstruct.2015.11.059" @default.
- W2190408022 hasPublicationYear "2016" @default.
- W2190408022 type Work @default.
- W2190408022 sameAs 2190408022 @default.
- W2190408022 citedByCount "42" @default.
- W2190408022 countsByYear W21904080222016 @default.
- W2190408022 countsByYear W21904080222017 @default.
- W2190408022 countsByYear W21904080222018 @default.
- W2190408022 countsByYear W21904080222019 @default.
- W2190408022 countsByYear W21904080222020 @default.
- W2190408022 countsByYear W21904080222021 @default.
- W2190408022 countsByYear W21904080222022 @default.
- W2190408022 countsByYear W21904080222023 @default.
- W2190408022 crossrefType "journal-article" @default.
- W2190408022 hasAuthorship W2190408022A5021102688 @default.
- W2190408022 hasConcept C105795698 @default.
- W2190408022 hasConcept C121332964 @default.
- W2190408022 hasConcept C126201875 @default.
- W2190408022 hasConcept C127413603 @default.
- W2190408022 hasConcept C134306372 @default.
- W2190408022 hasConcept C159985019 @default.
- W2190408022 hasConcept C171250308 @default.