FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3198930863> ?p ?o ?g. }

• W3198930863 endingPage "106044" @default.
• W3198930863 startingPage "106044" @default.
• W3198930863 abstract "Fluid-conveying nanotubes are important components in nano-electromechanical systems requiring strict static and dynamic stiffness designs. The nonlinear bending and forced vibration of the fluid-conveying functionally graded nanotubes in pre- and post-buckling states are investigated. Based on Zhang–Fu’s refined displacement field, a comprehensive size-dependent nanotube model is established in which the nonlocal stress, strain gradient and surface energy effect are coupled in the constructive model. The nanotube is assumed simply supported at both ends and subjected to transverse uniform static or harmonic load. The two-step perturbation technique is extended to obtain the post-buckling equilibrium paths, providing the initial configurations for bending and resonance analysis. According to the two symmetric initial bifurcation paths, the bending load–deflection explicit relation is obtained by the two-step perturbation method again. A combination of two-step perturbation and modified Lindstedt–Poincaré method is developed to obtain the approximate analytical solution of the strongly nonlinear forced vibration. Parameter investigations are conducted to discuss the different size-dependent effects, flow velocity and material distributions on the nonlinear behaviors. Results reveal the dual influences of structural size-dependent effects and indicate that the response is more sensitive to the size-dependent effects when the flow velocity is close to the critical buckling velocity. • A higher-order size-dependent beam model coupled with surface energy is established. • Nonlinear bending and principal resonance of fluid-conveying nanotubes in pre- and post-buckling states are studied. • An analytical method for nonlinear principal resonance analysis is developed. • The dual influences of structural size-dependent effects on bending and forced vibration are revealed. • The responses are more sensitive to nano effects when the flow velocity is close to the critical buckling velocity." @default.
• W3198930863 created "2021-09-27" @default.
• W3198930863 creator A5009402084 @default.
• W3198930863 creator A5012145882 @default.
• W3198930863 date "2022-01-01" @default.
• W3198930863 modified "2023-09-29" @default.
• W3198930863 title "Nonlinear size-dependent bending and forced vibration of internal flow-inducing pre- and post-buckled FG nanotubes" @default.
• W3198930863 cites W1966330485 @default.
• W3198930863 cites W1966799339 @default.
• W3198930863 cites W1976706152 @default.
• W3198930863 cites W1979036863 @default.
• W3198930863 cites W2035572990 @default.
• W3198930863 cites W2043020575 @default.
• W3198930863 cites W2055156469 @default.
• W3198930863 cites W2057571646 @default.
• W3198930863 cites W2069344959 @default.
• W3198930863 cites W2078001530 @default.
• W3198930863 cites W2085049030 @default.
• W3198930863 cites W2086528728 @default.
• W3198930863 cites W2091458120 @default.
• W3198930863 cites W2105326484 @default.
• W3198930863 cites W2143296563 @default.
• W3198930863 cites W2146008541 @default.
• W3198930863 cites W2198716990 @default.
• W3198930863 cites W2227539937 @default.
• W3198930863 cites W2235076348 @default.
• W3198930863 cites W2329846315 @default.
• W3198930863 cites W2339973124 @default.
• W3198930863 cites W2394970775 @default.
• W3198930863 cites W2499585729 @default.
• W3198930863 cites W2518906288 @default.
• W3198930863 cites W2554192140 @default.
• W3198930863 cites W2563686559 @default.
• W3198930863 cites W2575932177 @default.
• W3198930863 cites W2583013893 @default.
• W3198930863 cites W2589818196 @default.
• W3198930863 cites W2612085667 @default.
• W3198930863 cites W2755686314 @default.
• W3198930863 cites W2769408589 @default.
• W3198930863 cites W2779185621 @default.
• W3198930863 cites W2809413208 @default.
• W3198930863 cites W2829419596 @default.
• W3198930863 cites W2890268413 @default.
• W3198930863 cites W2890447476 @default.
• W3198930863 cites W2891428071 @default.
• W3198930863 cites W2900574716 @default.
• W3198930863 cites W2901835545 @default.
• W3198930863 cites W2904145464 @default.
• W3198930863 cites W2914769771 @default.
• W3198930863 cites W2935905711 @default.
• W3198930863 cites W2964570175 @default.
• W3198930863 cites W2980830127 @default.
• W3198930863 cites W2982356663 @default.
• W3198930863 cites W2990295617 @default.
• W3198930863 cites W2996615302 @default.
• W3198930863 cites W3018818243 @default.
• W3198930863 cites W3036193113 @default.
• W3198930863 cites W3037452877 @default.
• W3198930863 cites W3040674240 @default.
• W3198930863 cites W3042538546 @default.
• W3198930863 cites W3082926996 @default.
• W3198930863 cites W3118879151 @default.
• W3198930863 cites W4255434650 @default.
• W3198930863 cites W425632449 @default.
• W3198930863 cites W947305883 @default.
• W3198930863 doi "https://doi.org/10.1016/j.cnsns.2021.106044" @default.
• W3198930863 hasPublicationYear "2022" @default.
• W3198930863 type Work @default.
• W3198930863 sameAs 3198930863 @default.
• W3198930863 citedByCount "33" @default.
• W3198930863 countsByYear W31989308632021 @default.
• W3198930863 countsByYear W31989308632022 @default.
• W3198930863 countsByYear W31989308632023 @default.
• W3198930863 crossrefType "journal-article" @default.
• W3198930863 hasAuthorship W3198930863A5009402084 @default.
• W3198930863 hasAuthorship W3198930863A5012145882 @default.
• W3198930863 hasConcept C121332964 @default.
• W3198930863 hasConcept C128172907 @default.
• W3198930863 hasConcept C158622935 @default.
• W3198930863 hasConcept C159985019 @default.
• W3198930863 hasConcept C192562407 @default.
• W3198930863 hasConcept C198394728 @default.
• W3198930863 hasConcept C2781349735 @default.
• W3198930863 hasConcept C57879066 @default.
• W3198930863 hasConcept C62520636 @default.
• W3198930863 hasConcept C74650414 @default.
• W3198930863 hasConcept C85476182 @default.
• W3198930863 hasConcept C87210426 @default.
• W3198930863 hasConceptScore W3198930863C121332964 @default.
• W3198930863 hasConceptScore W3198930863C128172907 @default.
• W3198930863 hasConceptScore W3198930863C158622935 @default.
• W3198930863 hasConceptScore W3198930863C159985019 @default.
• W3198930863 hasConceptScore W3198930863C192562407 @default.
• W3198930863 hasConceptScore W3198930863C198394728 @default.
• W3198930863 hasConceptScore W3198930863C2781349735 @default.
• W3198930863 hasConceptScore W3198930863C57879066 @default.
• W3198930863 hasConceptScore W3198930863C62520636 @default.
• W3198930863 hasConceptScore W3198930863C74650414 @default.

• next