1) joined wing configuration
联接翼布局
1.
This paper presents an approach to the direct lift control characteristics on the joined wing configuration.
头部鸭翼的增加进一步提高和改善了联接翼布局的直接升力特性。
2.
This paper conducts an investigation into the low-speed longitudinal aerodynamic characteristics of the joined wing configuration on the basis of the results of the longitudinal forces measured testing in lowspeed wing tunnel, and the theoretical calculation of the vortex-lattice method.
本文基于低速风洞纵向测力以及涡格法的理论计算结果，初步研究了联接翼布局的低速纵向气动特性，并与相应的机翼、尾翼相分离的正常布局的试验结果作了比较。
2) joined/tandem wing layout
联/排翼布局
3) flying wing
飞翼布局
1.
An investigation on controlling lateral characteristics for a flying wing configuration;
一种飞翼布局横航向特性的控制研究
4) flying wing configuration
飞翼布局
1.
Since transporters of flying wing configuration have excellent performance in structure,aerodynamic,capacity and stealth,etc.
由于飞翼布局的运输机具有结构强度、气动效率、总体装载以及RCS隐身等方面的优良特性,它成为未来大型运输机的气动布局方案中最引人关注的一种布局形式。
2.
Control surfaces play an important role in the design of flying wing configuration aircraft.
飞翼布局飞机取消了尾翼,拥有良好的气动、隐身特性,但操纵效率有所下降,需要在飞机设计过程中合理地布置操纵面,改善飞翼飞机在操纵性能上的缺陷,因此,飞翼飞机的操纵面不仅要提供足够的控制力,同时还要满足飞机的稳定性要求。
5) joined wing
连翼布局
1.
On the basis of collecting,trimming,and analyzing the overseas research information about joined wing aircraft,this paper presents the research history and design characteristics of joined wing aircraft.
在收集、整理、分析国外连翼布局飞机研究资料的基础上,介绍了国外连翼布局飞机的研究历程和设计特点;特别是基于近年来对未来战场信息情报、监视、侦察任务的需求,介绍了连翼布局探测无人机这一新的作战概念和装备技术的研究进展情况。
2.
In the design of joined wing, the complex and the interaction between each specialities and subjects are unknown from previous design experience.
连翼布局飞机设计中,各专业学科之间的相互影响和复杂性是以前的设计中所未知的。
6) biplane configuration
双翼布局
1.
The present work investigates the possibility of using the biplane configurations to improve the aerodynamic characteristics of fixed-wing MAV through low speed wind tunnel experiments.
通过低速风洞试验研究了使用双翼布局改善固定翼微型飞行器(MAV)气动性能的问题。
补充资料：变后掠翼飞机(见后掠翼飞机)
变后掠翼飞机(见后掠翼飞机)
swing-wing aircraft
bianhoul位eyi feiii变后掠翼飞机(swing一wing aircran)见后掠翼飞机。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条