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• W2149531628 abstract "This project aims to develop efficient and robust tools for optimal design of wind turbine adaptive blades. In general, wind turbine adaptive blade design is an aero-structure coupled design process, in which, the evaluation of aerodynamic performance cannot be carried out precisely without structural deformation analysis of the adaptive blade. However, employing finite element analysis (FEA) based structural analysis commercial packages as part of the aerodynamic objective evaluation process has been proven time consuming and it results in inefficient and redundant design optimisation of adaptive blades caused by elastic-coupled (bend-twist or stretch-twist) iteration. In order to achieve the goal of wind turbine adaptive blade integrated design and analysis, this project is carried out from three aspects. Firstly, a general geometrically linear model for thin-walled composite beams with multi-cell, non-uniform cross-section and arbitrary lay-ups under various types of loadings is developed for implementing structural deformation analysis. After that, this model is validated by a simple box-beam, single- and multi-cell wind turbine blades. Through validation, it denotes that this thin-walled composite beam model is efficient and accurate for predicting the structural deformations compared to FEA based commercial packages (ANSYS). This developed beam model thus provides more probabilities for further investigations of dynamic performance of adaptive blades. Secondly in order to investigate the effects of aero elastic tailoring and implanting elastic coupling on aerodynamic performance of adaptive blades, auxiliary software tools with graphical interfaces are developed via MATLAB codes. Structural/material characteristics and configurations of adaptive blades (i.e. elastic coupling topology, layup configuration and material properties of blade) are defined by these auxiliary software tools. By interfacing these software tools to the structural analysers based on the developed thin-walled composite beam model to an aerodynamic performance evaluator, an integrated design environment is developed. Lastly, by using the developed thin-walled composite beam model as a search platform, the application of the decoupled design method, a method of design of smart aero-structures based on the concept of variable state design parameter, is also extended." @default.
• W2149531628 created "2016-06-24" @default.
• W2149531628 creator A5003759585 @default.
• W2149531628 date "2013-10-01" @default.
• W2149531628 modified "2023-09-27" @default.
• W2149531628 title "Wind Turbine Adaptive Blade Integrated Design and Analysis" @default.
• W2149531628 cites W1487868886 @default.
• W2149531628 cites W1496030991 @default.
• W2149531628 cites W1504864881 @default.
• W2149531628 cites W1510475275 @default.
• W2149531628 cites W1511541564 @default.
• W2149531628 cites W1522537976 @default.
• W2149531628 cites W1539949088 @default.
• W2149531628 cites W1595845907 @default.
• W2149531628 cites W1600491952 @default.
• W2149531628 cites W1628147941 @default.
• W2149531628 cites W1637410604 @default.
• W2149531628 cites W1655503025 @default.
• W2149531628 cites W1657786694 @default.
• W2149531628 cites W170067276 @default.
• W2149531628 cites W1797178173 @default.
• W2149531628 cites W1895328335 @default.
• W2149531628 cites W1963763572 @default.
• W2149531628 cites W1964578510 @default.
• W2149531628 cites W1964925928 @default.
• W2149531628 cites W1969704171 @default.
• W2149531628 cites W1971025700 @default.
• W2149531628 cites W1974075980 @default.
• W2149531628 cites W1975397134 @default.
• W2149531628 cites W1975836793 @default.
• W2149531628 cites W1976570896 @default.
• W2149531628 cites W1976895554 @default.
• W2149531628 cites W1977116992 @default.
• W2149531628 cites W1977295168 @default.
• W2149531628 cites W1978353361 @default.
• W2149531628 cites W1980133966 @default.
• W2149531628 cites W1981283056 @default.
• W2149531628 cites W1983342478 @default.
• W2149531628 cites W1983806506 @default.
• W2149531628 cites W1984292853 @default.
• W2149531628 cites W1984735468 @default.
• W2149531628 cites W1985270334 @default.
• W2149531628 cites W1987651043 @default.
• W2149531628 cites W1989318230 @default.
• W2149531628 cites W1990940869 @default.
• W2149531628 cites W1993387686 @default.
• W2149531628 cites W1994238460 @default.
• W2149531628 cites W1996967096 @default.
• W2149531628 cites W1998021418 @default.
• W2149531628 cites W1998729084 @default.
• W2149531628 cites W2001779052 @default.
• W2149531628 cites W2002551866 @default.
• W2149531628 cites W2004023519 @default.
• W2149531628 cites W2004254386 @default.
• W2149531628 cites W2004534757 @default.
• W2149531628 cites W2005732104 @default.
• W2149531628 cites W2006847002 @default.
• W2149531628 cites W2008000648 @default.
• W2149531628 cites W2008823623 @default.
• W2149531628 cites W2008975125 @default.
• W2149531628 cites W2009233429 @default.
• W2149531628 cites W2011132330 @default.
• W2149531628 cites W2012772159 @default.
• W2149531628 cites W2015878536 @default.
• W2149531628 cites W2017224994 @default.
• W2149531628 cites W2019076626 @default.
• W2149531628 cites W2022639147 @default.
• W2149531628 cites W2028387596 @default.
• W2149531628 cites W2028440061 @default.
• W2149531628 cites W2029043366 @default.
• W2149531628 cites W2032210655 @default.
• W2149531628 cites W203582342 @default.
• W2149531628 cites W2036780885 @default.
• W2149531628 cites W2037693233 @default.
• W2149531628 cites W2039586732 @default.
• W2149531628 cites W2039790479 @default.
• W2149531628 cites W2042679105 @default.
• W2149531628 cites W2043138460 @default.
• W2149531628 cites W2044715358 @default.
• W2149531628 cites W2045559416 @default.
• W2149531628 cites W2047363160 @default.
• W2149531628 cites W2049468173 @default.
• W2149531628 cites W2050377057 @default.
• W2149531628 cites W2051519389 @default.
• W2149531628 cites W2056692198 @default.
• W2149531628 cites W2056729284 @default.
• W2149531628 cites W2060371686 @default.
• W2149531628 cites W2064754237 @default.
• W2149531628 cites W2065010677 @default.
• W2149531628 cites W2065347624 @default.
• W2149531628 cites W2066160631 @default.
• W2149531628 cites W2066550463 @default.
• W2149531628 cites W2066555561 @default.
• W2149531628 cites W2066924167 @default.
• W2149531628 cites W2068645334 @default.
• W2149531628 cites W2076087748 @default.
• W2149531628 cites W2076170123 @default.
• W2149531628 cites W2076967919 @default.
• W2149531628 cites W2077473304 @default.
• W2149531628 cites W2079349308 @default.

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