Aerodynamic Characteristics of Thin Cylindrical and Conical Shells in the Incompressible Flow

V. T. Kalugin; A. Yu. Lutsenko; D. K. Nazarova

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Aerodynamic Characteristics of Thin Cylindrical and Conical Shells in the Incompressible Flow

机译：不可压缩流动薄圆柱和锥形壳的空气动力学特性

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摘要

The paper presents aerodynamic characteristics of thin cylindrical and conical shells in the incompressible flow. Experimental data and results of numerical simulation in the OpenFoam software are compared. It is shown that the aerodynamic characteristics of the thin shells differ from the aerodynamic characteristics of the corresponding solid bodies and depend on the shell geometry parameters.

机译：本文介绍了不可压缩流动中薄圆柱和锥形壳的空气动力学特性。比较了OpenFoam软件中数值模拟的实验数据和结果。结果表明，薄壳的空气动力学特性与相应的固体的空气动力学特性不同，并且取决于壳体几何参数。

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来源
《Russian Aeronautics》 |2018年第3期|共8页
作者
V. T. Kalugin; A. Yu. Lutsenko; D. K. Nazarova;
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作者单位

Bauman Moscow State Technical University;

Bauman Moscow State Technical University;

Bauman Moscow State Technical University;

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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
conical and cylindrical shells; aerodynamic characteristics; detachable sections; payload fairing; launch vehicle; OpenFoam; incompressible flow; internal cavity;

机译：圆锥形和圆柱形壳;空气动力学特性;可拆卸部分;有效载荷整流罩;发动车辆;OpenFoam;不可压缩的流动;内腔;

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专利

1. Aerodynamic Characteristics of Thin Cylindrical and Conical Shells in the Incompressible Flow [J] . V. T. Kalugin, A. Yu. Lutsenko, D. K. Nazarova Russian Aeronautics . 2018,第3期

机译：不可压缩流动薄圆柱和锥形壳的空气动力学特性
2. Aerodynamic Characteristics of a Thin Airfoil Cascade in an Ideal Incompressible Flow with Separation from the Leading Edges [J] . V. B. Kurzin, V. A. Yudin Fluid Dynamics . 2009,第2期

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3. An efficient solver for fully coupled solution of interaction between incompressible fluid flow and nanocomposite truncated conical shells [J] . Mohammadi N., Asadi H., Aghdam M. M. Computer Methods in Applied Mechanics and Engineering . 2019,第JULa1期

机译：一种高效的求解器，用于不可压缩的流体流和纳米复合截头圆锥形壳体之间相互作用的完全耦合解决方案
4. An Analytical Substructure Method for the Analysis of Vibration Characteristics on Conical-Cylindrical-Spherical Combined Shells in Vacuum [C] . Meixia CHEN, Kun XIE, Jianhui WEI, International Congress and Exposition on Noise Control Engineering . 2015

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5. Aeroelastic analysis of circular cylindrical and truncated conical shells subjected to a supersonic flow. [D] . Sabri, Farhad. 2009

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6. Comparison and prediction of pullout strength of conical and cylindrical pedicle screws within synthetic bone [O] . Wen-Chi Tsai, Po-Quang Chen, Tung-Wu Lu, 2009

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7. Aerodynamic characteristics of detachable fairing shells in a subsonic incompressible flow [O] . Yu.V. Grebeneva, A.Yu. Lutsenko, A.V. Nazarova 2019

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8. Vibrational Characteristics of Some Thin-Walled Cylindrical and Conical Frustum Shells [R] . Clary, R. R., Watkins, J. D. 1965

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Aerodynamic Characteristics of Thin Cylindrical and Conical Shells in the Incompressible Flow

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