FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3154816078> ?p ?o ?g. }

• W3154816078 endingPage "3726" @default.
• W3154816078 startingPage "3709" @default.
• W3154816078 abstract "An efficient finite element model based on conventional shell elements available in ABAQUS software has been developed for free vibration analysis of FGM monolayer and sandwich flat panels. Applications to sandwich plates with an FGM layer embedded as either a core or face sheets with different through-the-thickness material gradations in the form of power (P-FGM), sigmoid (S-FGM), and exponential (E-FGM) distributions are considered. A user-defined material subroutine UMAT was used to implement functionally graded properties of the constitutive FGM layer. Numerical studies are given for free vibrations of monolayer and sandwich plates subjected to various boundary conditions and with different structural parameters such as span-to-thickness, face sheet-core-face sheet thickness and aspect ratios, and volume fraction index. The studies showed very good agreement between the present results and those existing in the literature that confirmed the accuracy of the developed model at minimal computational costs. This emphasizes the efficiency of the shell-based modeling strategy proposed for the calculations. A series of numerical solutions obtained in the research extends the results of known testing examples and may serve as additional benchmark data for other analysts." @default.
• W3154816078 created "2021-04-26" @default.
• W3154816078 creator A5020431440 @default.
• W3154816078 creator A5047003629 @default.
• W3154816078 creator A5066663989 @default.
• W3154816078 date "2021-04-15" @default.
• W3154816078 modified "2023-10-02" @default.
• W3154816078 title "Efficient free vibration analysis of FGM sandwich flat panels with conventional shell elements" @default.
• W3154816078 cites W1591762186 @default.
• W3154816078 cites W1968906554 @default.
• W3154816078 cites W1975580569 @default.
• W3154816078 cites W1980388412 @default.
• W3154816078 cites W1988663238 @default.
• W3154816078 cites W2011180138 @default.
• W3154816078 cites W2013960934 @default.
• W3154816078 cites W2018137166 @default.
• W3154816078 cites W2029312610 @default.
• W3154816078 cites W2037236820 @default.
• W3154816078 cites W2041056213 @default.
• W3154816078 cites W2050259321 @default.
• W3154816078 cites W2055436628 @default.
• W3154816078 cites W2057971336 @default.
• W3154816078 cites W2058657466 @default.
• W3154816078 cites W2059612773 @default.
• W3154816078 cites W2072163305 @default.
• W3154816078 cites W2072335342 @default.
• W3154816078 cites W2080702434 @default.
• W3154816078 cites W2100316499 @default.
• W3154816078 cites W2100562074 @default.
• W3154816078 cites W2108927873 @default.
• W3154816078 cites W2146822595 @default.
• W3154816078 cites W2148898053 @default.
• W3154816078 cites W2158282384 @default.
• W3154816078 cites W2161156991 @default.
• W3154816078 cites W2169557299 @default.
• W3154816078 cites W2189384752 @default.
• W3154816078 cites W2253716946 @default.
• W3154816078 cites W2296093316 @default.
• W3154816078 cites W2301910993 @default.
• W3154816078 cites W2321474878 @default.
• W3154816078 cites W2330546042 @default.
• W3154816078 cites W2331109547 @default.
• W3154816078 cites W2460505113 @default.
• W3154816078 cites W2475329070 @default.
• W3154816078 cites W2508838129 @default.
• W3154816078 cites W2521916815 @default.
• W3154816078 cites W2538679907 @default.
• W3154816078 cites W2556031142 @default.
• W3154816078 cites W2567405810 @default.
• W3154816078 cites W2571232315 @default.
• W3154816078 cites W2752696434 @default.
• W3154816078 cites W2767537745 @default.
• W3154816078 cites W2779926034 @default.
• W3154816078 cites W2782804487 @default.
• W3154816078 cites W2789418146 @default.
• W3154816078 cites W2790704335 @default.
• W3154816078 cites W2791258137 @default.
• W3154816078 cites W2802868094 @default.
• W3154816078 cites W2803340905 @default.
• W3154816078 cites W2888784291 @default.
• W3154816078 cites W2896746839 @default.
• W3154816078 cites W2898214708 @default.
• W3154816078 cites W2902335207 @default.
• W3154816078 cites W2907145331 @default.
• W3154816078 cites W2909085710 @default.
• W3154816078 cites W2913022758 @default.
• W3154816078 cites W2921262114 @default.
• W3154816078 cites W2940580987 @default.
• W3154816078 cites W2941070386 @default.
• W3154816078 cites W294552363 @default.
• W3154816078 cites W2952872121 @default.
• W3154816078 cites W2956016815 @default.
• W3154816078 cites W2961023474 @default.
• W3154816078 cites W2963179834 @default.
• W3154816078 cites W2964720881 @default.
• W3154816078 cites W2975521095 @default.
• W3154816078 cites W2976519100 @default.
• W3154816078 cites W2990464581 @default.
• W3154816078 cites W2994448218 @default.
• W3154816078 cites W3004480741 @default.
• W3154816078 cites W3010605379 @default.
• W3154816078 cites W3014125795 @default.
• W3154816078 cites W3016750141 @default.
• W3154816078 cites W3024668840 @default.
• W3154816078 cites W3039278309 @default.
• W3154816078 cites W3042726179 @default.
• W3154816078 cites W3082525755 @default.
• W3154816078 cites W3089228683 @default.
• W3154816078 cites W3096764355 @default.
• W3154816078 cites W3110951728 @default.
• W3154816078 cites W3122195946 @default.
• W3154816078 cites W4230902450 @default.
• W3154816078 cites W4236737341 @default.
• W3154816078 cites W51217916 @default.
• W3154816078 doi "https://doi.org/10.1080/15376494.2021.1909191" @default.
• W3154816078 hasPublicationYear "2021" @default.
• W3154816078 type Work @default.
• W3154816078 sameAs 3154816078 @default.

• next