In this paper, the bonding technique for the blended wing body mini UAV is presented.
本文介绍了翼身融合体无人机的胶接技术。
A new type of transport, which is different from the conventional cylinder fuselage plus wing but a blended wing body (BWB), is discussed.
讨论了一种区别于机翼与圆柱机身的传统民机外形——翼身融合体(BWB)外形。
A team from NASA and Boeing completed the first phase of flight testing of its blended wing body design that could represent the airliner of the future.
一个来自美国宇航局和波音公司的团队完成了飞机飞行测试的第一阶段。它折叠式的机翼设计代表了未来的设计趋势。该飞机的机身设计提供了重要的升力。
Conceived pre-merger by McDonnell Douglas and developed by Boeing, the blended wing body (BWB) concept is based on a wide fuselage mated seamlessly with high-aspect-ratio wings.
构想由McDonnellDouglas合并并由波音公司开发的混合翼体(BWB)概念客机是无缝匹配于一个宽机身与高纵横比的翅膀。
Renamed the Bat, the blended wing-body UAV will be offered in sizes ranging from 6.5 feet to 33.2 feet in wingspan.
改名为蝙蝠的混合翼身无人机将提供6.5英尺到33.2英尺的翼展面积。
The leading contender is the fabled blended-wing body, which replaces the conventional tube with a triangular shape.
先进的混合机翼体，用三角造型代替了传统的管型。
This spring, the remotely controlled, Boeing-built aircraft, which features a "blended wing" body (wingspan: 21 feet), made its 80th flight as it completed the first phase of its testing.
今年春天，远程控制，波音公司制造的飞机，其特点是“混合翼”身体(翼展：21英尺)，作出了80航班，因为它完成了第一阶段的测试。
The finite element algorithm for transonic flows about wing and blended wing-body configuration is investigated based on the full potential equations.
从全速位方程出发研究了机翼和翼身融合体跨音速绕流的有限元算法。
This article investigates the flow control technique of forward-swept wing blended body (FBB) tailless configuration by means of wind tunnel tests.
通过风洞试验研究了前掠翼融合体无尾气动布局(FBB布局)的流动控制技术。
This article investigates the flow control technique of forward-swept wing blended body (FBB) tailless configuration by means of wind tunnel tests.
通过风洞试验研究了前掠翼融合体无尾气动布局(FBB布局)的流动控制技术。
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