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Evaluation of Carburized and Ground Face Gears

机译:渗碳齿轮和磨齿齿轮的评估

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摘要

Experimental durability tests were performed on carburized and ground AIS19310 steel face gears. The tests were in support of a Defense Advanced Research Projects Agency (DARPA) Technology Reinvestment Program (TRP) to enhance face-gear technology. The tests were conducted in the NASA Glenn spiral-bevel-gear/face-gear test facility. Tests were run at 2300 rpm face gear speed and at loads of 64, 76, 88, 100, and 112-percent of the design torque of 377 N-m (3340 in-lb). The carburized and ground face gears demonstrated the required durability when run for ten-million cycles at each of the applied loads. Proper installation was critical for the successful operation of the spur pinions and face gears. A large amount of backlash produced tooth contact patterns that approached the inner-diameter edge of the face-gear tooth. Low backlash produced tooth contact patterns that approached the outer-diameter edge of the face-gear tooth. Measured backlashes in the range of 0.178 to 0.254 mm (0.007 to 0.010 in) produced acceptable tooth contact patterns.
机译:在渗碳磨削的AIS19310钢端面齿轮上进行了实验耐久性测试。这些测试是为了支持国防高级研究计划局(DARPA)的技术再投资计划(TRP)来增强面罩技术。测试是在美国宇航局格伦螺旋锥齿轮/面齿轮测试设备中进行的。测试以2300 rpm的平面齿轮转速以及377 N-m(3340 in-lb)的设计扭矩的64%,76%,88%,100%和112%的负载进行。渗碳齿轮和磨削齿轮在每种施加的载荷下运行一千万次循环时都显示出所需的耐久性。正确安装对于正齿轮和正齿轮的成功运行至关重要。大量的齿隙产生了接近面齿内径边缘的齿接触图案。低反冲产生的齿接触图案接近面齿的外径。在0.178至0.254毫米(0.007至0.010英寸)范围内测得的间隙产生了可接受的齿接触图案。

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