The Multirotor Test Bed - A New NASA Test Capability for Advanced VTOL Rotorcraft Configurations

C. Russell, Sarah Conley
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引用次数: 8

Abstract

In November 2019, NASA completed the first wind tunnel test entry of the Multirotor Test Bed (MTB), a new test capability for advanced VTOL rotorcraft configurations. The MTB had been under development since 2017 when the need arose for an easily reconfigurable test stand for multirotor aircraft configurations. With the wide-ranging assortment of aircraft currently targeted at Urban Air Mobility and Unmanned Aircraft System applications, there is a need for validation data that will increase confidence in the computational modeling tools being used to develop these platforms. The MTB fills this need. This paper describes the key features of the MTB as well as its first wind tunnel test entry. A selection of results from the test is presented here, demonstrating the flexible configuration of the MTB and the types of data researchers can generate using this new test capability.
多旋翼试验台-一种新的NASA先进VTOL旋翼机配置测试能力
2019年11月,美国宇航局完成了多旋翼试验台(MTB)的第一次风洞测试,这是一种用于先进垂直起降旋翼机配置的新测试能力。自2017年以来,MTB一直处于开发阶段,当时需要一种易于重新配置的多旋翼飞机配置试验台。由于目前针对城市空中交通和无人机系统应用的飞机种类繁多,因此需要验证数据,以增加对用于开发这些平台的计算建模工具的信心。MTB满足了这一需求。本文介绍了MTB的主要特点及其首次风洞试验入口。这里给出了测试结果的选择,展示了MTB的灵活配置以及研究人员使用这种新的测试功能可以生成的数据类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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