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    천이 SST 난류 모델을 이용한 3차원 날개 공력 해석

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    https://www.riss.kr/link?id=A60072372

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    In this study, aerodynamic coefficients are computed with the transition SST turbulence model for a three-dimensional wing. The transition SST turbulence model solves two additional transport equations to reflect the effect of the transition. Using this model, the three-dimensional wing of an aerial vehicle is solved, and their results are compared with other turbulence model. According to the numerical tests, the transition SST model predicts lower viscous drag which is resulted from the transition. Therefore, this model will be useful in the design of airfoils and wings in the transitional flow.
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    In this study, aerodynamic coefficients are computed with the transition SST turbulence model for a three-dimensional wing. The transition SST turbulence model solves two additional transport equations to reflect the effect of the transition. Using th...

    In this study, aerodynamic coefficients are computed with the transition SST turbulence model for a three-dimensional wing. The transition SST turbulence model solves two additional transport equations to reflect the effect of the transition. Using this model, the three-dimensional wing of an aerial vehicle is solved, and their results are compared with other turbulence model. According to the numerical tests, the transition SST model predicts lower viscous drag which is resulted from the transition. Therefore, this model will be useful in the design of airfoils and wings in the transitional flow.

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