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A3 Subscale Rocket Hot Fire Testing

机译:A3子级火箭热火测试

摘要

This paper gives a description of the methodology and results of J2-X Subscale Simulator (JSS) hot fire testing supporting the A3 Subscale Diffuser Test (SDT) project at the E3 test facility at Stennis Space Center, MS (SSC). The A3 subscale diffuser is a geometrically accurate scale model of the A3 altitude simulating rocket test facility. This paper focuses on the methods used to operate the facility and obtain the data to support the aerodynamic verification of the A3 rocket diffuser design and experimental data quantifying the heat flux throughout the facility. The JSS was operated at both 80% and 100% power levels and at gimbal angle from 0 to 7 degrees to verify the simulated altitude produced by the rocket-rocket diffuser combination. This was done with various secondary GN purge loads to quantify the pumping performance of the rocket diffuser. Also, special tests were conducted to obtain detailed heat flux measurements in the rocket diffuser at various gimbal angles and in the facility elbow where the flow turns from vertical to horizontal upstream of the 2nd stage steam ejector.
机译:本文介绍了J2-X子规模模拟器(JSS)热火测试的方法和结果,该方法在MS斯坦尼斯太空中心(SSC)的E3测试设施支持A3子规模扩散器测试(SDT)项目。 A3超标扩散器是A3高度模拟火箭测试设施的几何精确比例模型。本文着重介绍了用于操作该设施的方法以及获得的数据以支持A3火箭扩散器设计的空气动力学验证以及量化整个设施热通量的实验数据。 JSS在80%和100%的功率水平下以及在0至7度的万向节角度下运行,以验证由火箭-火箭扩散器组合产生的模拟高度。这是通过各种次级GN吹扫负荷完成的,以量化火箭扩散器的泵送性能。另外,还进行了特殊测试,以获取在火箭扩散器中各种万向节角度和设施肘部的详细热通量测量值,该装置肘部的流量在第二级蒸汽喷射器的上游从垂直方向变为水平方向。

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    Yen J.; Saunders G. P.;

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  • 年度 2009
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