首页> 外文期刊>Aerospace Testing International >Lock 'n' load: UNDERSTANDING WHY LOAD CELLS ARE THE BEST CHOICE FOR AEROSPACE GROUND AND FLIGHT TEST APPLICATIONS
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Lock 'n' load: UNDERSTANDING WHY LOAD CELLS ARE THE BEST CHOICE FOR AEROSPACE GROUND AND FLIGHT TEST APPLICATIONS

机译:锁定“ n”负载:理解为什么称重传感器是航空地面和飞行测试应用的最佳选择

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摘要

The use of load cells is prevalent in many aerospace ground and flight test applications due to their inherent flexibility in design and form factor, which gives them the ability to handle various test scenarios and environments. With three common load cell structure designs -multiple-bending beam, multiple-column, and shear-web - the possibilities are nearly endless in creating load cell profiles and/or configurations. All of this is particularly inviting for the world of aerospace and flight where rigorous testing requirements are the norm. Crossing over between commercial and military applications, load cells may be used throughout all phases of aircraft development and use, including initial design and build stages, pre-flight, structural and fatigue testing, inflight testing and monitoring, and flight-qualified force monitoring and control.
机译:由于称重传感器在设计和尺寸方面具有固有的灵活性,因此在许多航空航天地面和飞行测试应用中普遍使用称重传感器,这使其能够处理各种测试场景和环境。通过三种常见的称重传感器结构设计-多弯曲梁,多列和剪切腹板-创建称重传感器轮廓和/或配置的可能性几乎是无限的。所有这些对于航空航天界来说尤其是诱人的,在这些世界中,严格的测试要求已成为常态。跨商业和军事应用,称重传感器可用于飞机开发和使用的所有阶段,包括初始设计和制造阶段,飞行前,结构和疲劳测试,飞行中测试和监控以及飞行合格的力监控和控制。

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