Matches in SemOpenAlex for { <https://semopenalex.org/work/W3017827511> ?p ?o ?g. }
- W3017827511 endingPage "2721" @default.
- W3017827511 startingPage "2711" @default.
- W3017827511 abstract "A boundary control approach is used to control a two-link rigid-flexible wing in this article. Its design is based on the principle of bionics to improve the mobility and the flexibility of aircraft. First, a series of partial differential equations (PDEs) and ordinary differential equations (ODEs) are derived through the Hamilton's principle. These PDEs and ODEs describe the governing equations and the boundary conditions of the system, respectively. Then, a control strategy is developed to achieve the objectives including restraining the vibrations in bending and twisting deflections of the flexible link of the wing and achieving the desired angular position of the wing. By using Lyapunov's direct method, the wing system is proven to be stable. The numerical simulations are carried out with the finite difference method to prove the effectiveness of designed boundary controllers." @default.
- W3017827511 created "2020-05-01" @default.
- W3017827511 creator A5051949246 @default.
- W3017827511 creator A5061536058 @default.
- W3017827511 creator A5066257732 @default.
- W3017827511 creator A5077262333 @default.
- W3017827511 creator A5081093007 @default.
- W3017827511 date "2020-12-01" @default.
- W3017827511 modified "2023-10-16" @default.
- W3017827511 title "Dynamical Modeling and Boundary Vibration Control of a Rigid-Flexible Wing System" @default.
- W3017827511 cites W1930911173 @default.
- W3017827511 cites W1966369671 @default.
- W3017827511 cites W1970798520 @default.
- W3017827511 cites W1976969065 @default.
- W3017827511 cites W1999745739 @default.
- W3017827511 cites W2003161376 @default.
- W3017827511 cites W2003949276 @default.
- W3017827511 cites W2010520737 @default.
- W3017827511 cites W2012226489 @default.
- W3017827511 cites W2012497206 @default.
- W3017827511 cites W2023549590 @default.
- W3017827511 cites W2026497806 @default.
- W3017827511 cites W2035791337 @default.
- W3017827511 cites W2043812551 @default.
- W3017827511 cites W2071412131 @default.
- W3017827511 cites W2078178370 @default.
- W3017827511 cites W2079305638 @default.
- W3017827511 cites W2085153522 @default.
- W3017827511 cites W2091988828 @default.
- W3017827511 cites W2097664497 @default.
- W3017827511 cites W2098055994 @default.
- W3017827511 cites W2110856005 @default.
- W3017827511 cites W2123060844 @default.
- W3017827511 cites W2124012251 @default.
- W3017827511 cites W2132445869 @default.
- W3017827511 cites W2146217656 @default.
- W3017827511 cites W2147555499 @default.
- W3017827511 cites W2171493410 @default.
- W3017827511 cites W2180763365 @default.
- W3017827511 cites W2295495433 @default.
- W3017827511 cites W2379289466 @default.
- W3017827511 cites W2408472393 @default.
- W3017827511 cites W2439732090 @default.
- W3017827511 cites W2499641798 @default.
- W3017827511 cites W2500685921 @default.
- W3017827511 cites W2516697893 @default.
- W3017827511 cites W2575594030 @default.
- W3017827511 cites W2579300913 @default.
- W3017827511 cites W2585024272 @default.
- W3017827511 cites W2589369466 @default.
- W3017827511 cites W2592752239 @default.
- W3017827511 cites W2726741269 @default.
- W3017827511 cites W2767704770 @default.
- W3017827511 cites W2794543449 @default.
- W3017827511 cites W2795105096 @default.
- W3017827511 cites W2795885001 @default.
- W3017827511 cites W2887685036 @default.
- W3017827511 cites W2891415120 @default.
- W3017827511 cites W2893568750 @default.
- W3017827511 cites W2896381947 @default.
- W3017827511 cites W2898323519 @default.
- W3017827511 cites W2901756453 @default.
- W3017827511 cites W2907481816 @default.
- W3017827511 cites W2953792346 @default.
- W3017827511 cites W2971485163 @default.
- W3017827511 cites W3093176731 @default.
- W3017827511 cites W3100298113 @default.
- W3017827511 doi "https://doi.org/10.1109/tmech.2020.2987963" @default.
- W3017827511 hasPublicationYear "2020" @default.
- W3017827511 type Work @default.
- W3017827511 sameAs 3017827511 @default.
- W3017827511 citedByCount "225" @default.
- W3017827511 countsByYear W30178275112020 @default.
- W3017827511 countsByYear W30178275112021 @default.
- W3017827511 countsByYear W30178275112022 @default.
- W3017827511 countsByYear W30178275112023 @default.
- W3017827511 crossrefType "journal-article" @default.
- W3017827511 hasAuthorship W3017827511A5051949246 @default.
- W3017827511 hasAuthorship W3017827511A5061536058 @default.
- W3017827511 hasAuthorship W3017827511A5066257732 @default.
- W3017827511 hasAuthorship W3017827511A5077262333 @default.
- W3017827511 hasAuthorship W3017827511A5081093007 @default.
- W3017827511 hasConcept C121332964 @default.
- W3017827511 hasConcept C127413603 @default.
- W3017827511 hasConcept C134306372 @default.
- W3017827511 hasConcept C154945302 @default.
- W3017827511 hasConcept C158622935 @default.
- W3017827511 hasConcept C182310444 @default.
- W3017827511 hasConcept C198394728 @default.
- W3017827511 hasConcept C2775924081 @default.
- W3017827511 hasConcept C33923547 @default.
- W3017827511 hasConcept C34862557 @default.
- W3017827511 hasConcept C41008148 @default.
- W3017827511 hasConcept C47446073 @default.
- W3017827511 hasConcept C51544822 @default.
- W3017827511 hasConcept C60640748 @default.
- W3017827511 hasConcept C62354387 @default.
- W3017827511 hasConcept C62520636 @default.