FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3133758249> ?p ?o ?g. }

• W3133758249 endingPage "2150098" @default.
• W3133758249 startingPage "2150098" @default.
• W3133758249 abstract "Shape memory alloy (SMA) dampers are widely investigated passive control systems for structural vibration mitigation. However, the damping robustness of conventional austenite SMA dampers may be affected by environmental temperature. In this study, an innovative double SMA damper (DSD) system is presented to improve the temperature robustness of the SMA dampers. In the proposed system, double SMA hysteretic elements with different phase transition temperatures are arranged in parallel, where the SMA element with lower transition temperature behaves as austenite under room temperature, and the other with higher transition temperature behaves as martensite. To study the vibration control effect, both single-degree-of-freedom (SDOF) and multiple-degree-of-freedom (MDOF) structures with DSD systems are employed. The thermal and mechanical behaviors of the SMA elements and the working principle of DSD are also introduced. Thereon, the equivalent linearization method for SMA’s output force and the motion-governing equations for SDOF structure with DSD are derived. Moreover, parametric studies are conducted to investigate the performance of the proposed DSD system in both frequency and time domains. Also, numerical analysis for the MDOF structure with DSD systems is carried out to illustrate the trend in response reduction with an increasing number of degrees of freedom. The analytical results show that the DSD can mitigate the structural seismic response more effectively than the conventional one with acceptable residual deformation, and is capable of delaying the degradation of SMA’s energy dissipation capacity. Less SMA material is required for the proposed DSD to fulfill the same mitigation requirement, and it is suitable for general applications for temperature robustness." @default.
• W3133758249 created "2021-03-15" @default.
• W3133758249 creator A5017313371 @default.
• W3133758249 creator A5022316444 @default.
• W3133758249 creator A5055838753 @default.
• W3133758249 creator A5069315928 @default.
• W3133758249 creator A5077168758 @default.
• W3133758249 date "2021-04-21" @default.
• W3133758249 modified "2023-09-26" @default.
• W3133758249 title "A Double Shape Memory Alloy Damper for Structural Vibration Control" @default.
• W3133758249 cites W1189843416 @default.
• W3133758249 cites W1504897195 @default.
• W3133758249 cites W1508147193 @default.
• W3133758249 cites W1540747458 @default.
• W3133758249 cites W1938134415 @default.
• W3133758249 cites W1955909218 @default.
• W3133758249 cites W1972665267 @default.
• W3133758249 cites W1973565005 @default.
• W3133758249 cites W1973811013 @default.
• W3133758249 cites W1978076084 @default.
• W3133758249 cites W1979962271 @default.
• W3133758249 cites W1981257988 @default.
• W3133758249 cites W1985632957 @default.
• W3133758249 cites W1986938635 @default.
• W3133758249 cites W1994260998 @default.
• W3133758249 cites W2011548576 @default.
• W3133758249 cites W2012881877 @default.
• W3133758249 cites W2026515478 @default.
• W3133758249 cites W2029508531 @default.
• W3133758249 cites W2032420119 @default.
• W3133758249 cites W2035162560 @default.
• W3133758249 cites W2036113047 @default.
• W3133758249 cites W2041735336 @default.
• W3133758249 cites W2065323810 @default.
• W3133758249 cites W2065875591 @default.
• W3133758249 cites W2069341725 @default.
• W3133758249 cites W2073786140 @default.
• W3133758249 cites W2083383963 @default.
• W3133758249 cites W2084094273 @default.
• W3133758249 cites W2138685479 @default.
• W3133758249 cites W2153310606 @default.
• W3133758249 cites W2153477645 @default.
• W3133758249 cites W2154059796 @default.
• W3133758249 cites W2157570937 @default.
• W3133758249 cites W2162632837 @default.
• W3133758249 cites W2217208701 @default.
• W3133758249 cites W2308735421 @default.
• W3133758249 cites W2337692820 @default.
• W3133758249 cites W2538931973 @default.
• W3133758249 cites W2576369861 @default.
• W3133758249 cites W2585341910 @default.
• W3133758249 cites W2587977464 @default.
• W3133758249 cites W2638328791 @default.
• W3133758249 cites W2736649604 @default.
• W3133758249 cites W2747202684 @default.
• W3133758249 cites W2756453476 @default.
• W3133758249 cites W2762959994 @default.
• W3133758249 cites W2765146675 @default.
• W3133758249 cites W2767006901 @default.
• W3133758249 cites W2768249670 @default.
• W3133758249 cites W2768306273 @default.
• W3133758249 cites W2774951226 @default.
• W3133758249 cites W2790393596 @default.
• W3133758249 cites W2791660571 @default.
• W3133758249 cites W2793653591 @default.
• W3133758249 cites W2800615657 @default.
• W3133758249 cites W2873112863 @default.
• W3133758249 cites W2887015834 @default.
• W3133758249 cites W2889139643 @default.
• W3133758249 cites W2893879618 @default.
• W3133758249 cites W2901622730 @default.
• W3133758249 cites W2901837870 @default.
• W3133758249 cites W2914115974 @default.
• W3133758249 cites W2914416970 @default.
• W3133758249 cites W2917690585 @default.
• W3133758249 cites W2969794444 @default.
• W3133758249 cites W3004562994 @default.
• W3133758249 cites W3005388169 @default.
• W3133758249 cites W3047196520 @default.
• W3133758249 cites W3080243044 @default.
• W3133758249 cites W2921938733 @default.
• W3133758249 doi "https://doi.org/10.1142/s021945542150098x" @default.
• W3133758249 hasPublicationYear "2021" @default.
• W3133758249 type Work @default.
• W3133758249 sameAs 3133758249 @default.
• W3133758249 citedByCount "4" @default.
• W3133758249 countsByYear W31337582492021 @default.
• W3133758249 countsByYear W31337582492022 @default.
• W3133758249 countsByYear W31337582492023 @default.
• W3133758249 crossrefType "journal-article" @default.
• W3133758249 hasAuthorship W3133758249A5017313371 @default.
• W3133758249 hasAuthorship W3133758249A5022316444 @default.
• W3133758249 hasAuthorship W3133758249A5055838753 @default.
• W3133758249 hasAuthorship W3133758249A5069315928 @default.
• W3133758249 hasAuthorship W3133758249A5077168758 @default.
• W3133758249 hasConcept C104317684 @default.
• W3133758249 hasConcept C105795698 @default.
• W3133758249 hasConcept C11413529 @default.

• next