FLUID-STRUCTURE INTERACTION ANALYSIS REGARDING THE INFLUENCE OF STRUCTURAL BOUNDARY CONDITION ON A FLAPPING WING

机译：结构边界条件对襟翼影响的流固耦合分析

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In this paper, a fluid-structure interactionanalysis is developed for a flapping wing. Inorder for the structural analysis, a co-rotationalshell element is developed. It is forconsideration with regard to the realistic threedimensionalwing configuration. Moreover,three-dimensional preconditioned Navier-Stokesequations are employed for the fluid analysis.Using the present FSI analysis, an explicitinvestigation for three-dimensional plungingwing with NACA0012 cross-section isconducted.

机译：在本文中，流固耦合分析是为襟翼开发的。在为了进行结构分析，同向旋转外壳元素已开发。那是为了关于现实三维的考虑机翼配置。而且，三维预处理的Navier-Stokes 方程用于流体分析。使用目前的FSI分析，三维跌落的调查截面为NACA0012的机翼是实施。

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《Congress of the International Council of the Aeronautical Sciences;International Council of the Aeronautical Sciences》|2014年|1-9|共9页
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Haeseong Cho; Namhun Lee; SangJoon Shin; Seungsoo Lee; SangYong Kim;
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Fluid-Structure Interaction; Flapping wing; Co-rotational (CR) shell;

机译：流固耦合;襟翼;同向旋转（CR）壳体;

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1. Combined co-rotational beam/shell elements for fluid-structure interaction analysis of insect-like flapping wing [J] . Cho Haeseong, Gong DuHyun, Lee Namhun, Nonlinear dynamics . 2019,第1期

机译：组合共旋转梁/壳体元件，用于昆虫型扑翼的流体结构相互作用分析
2. Three-dimensional fluid-structure interaction analysis of a flexible flapping wing under the simultaneous pitching and plunging motion [J] . Cho Haeseong, Lee Namhun, Kwak Jun Young, Nonlinear dynamics . 2016,第3期

机译：俯仰和俯冲同时运动的柔性襟翼三维流固耦合分析
3. Line Search Partitioned Approach for Fluid-structure Interaction Analysis of Flapping Wing [J] . Tomonori Yamada, Shinobu Yoshimura Computer Modeling in Engineering & Sciences . 2008,第1期

机译：拍击翼流固耦合分析的线搜索划分方法
4. FLUID-STRUCTURE INTERACTION ANALYSIS REGARDING THE INFLUENCE OF STRUCTURAL BOUNDARY CONDITION ON A FLAPPING WING [C] . Haeseong Cho, Namhun Lee, SangJoon Shin, Congress of the International Council of the Aeronautical Sciences . 2014

机译：流体结构相互作用分析关于结构边界条件对拍翼的影响
5. Nonlinear fluid-structure interactions in flapping wing systems. [D] . Fitzgerald, Timothy. 2013

机译：襟翼系统中的非线性流固耦合。
6. Simulation Analysis of Fluid-Structure Interaction of High Velocity Environment Influence on Aircraft Wing Materials under Different Mach Numbers [O] . Lijun Zhang, Changyan Sun 2018

机译：不同马赫数下高速环境下流固耦合对飞机机翼材料影响的仿真分析
7. Simulation Analysis of Fluid-Structure Interaction of High Velocity Environment Influence on Aircraft Wing Materials under Different Mach Numbers [O] . Lijun Zhang, Changyan Sun 2018

机译：不同马赫数下飞机翼材料对电机翼材料的流体结构相互作用的仿真分析

FLUID-STRUCTURE INTERACTION ANALYSIS REGARDING THE INFLUENCE OF STRUCTURAL BOUNDARY CONDITION ON A FLAPPING WING

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