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EVALUATION OF A LOW-NOISE FORMATE SPIRAL-BEVEL GEAR SET

机译:低噪声正弦螺线齿轮装置的评估

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摘要

Studies to evaluate low-noise Formate spiral-bevel gears were performed. Experimental tests were performed on the OH-58D helicopter main-rotor transmission in the NASA Glenn 500-hp Helicopter Transmission Test Stand. Low-noise Formate spiral-bevel gears were compared to the baseline OH-58D spiral-bevel gear design, a high-strength design, and previously tested low-noise designs (including an original low-noise design and an improved-bearing-contact low-noise design). Noise, vibration, and tooth strain tests were performed. The Formate design showed a decrease in noise and vibration compared to the baseline OH-58D design, and was similar to that of the previously tested improved-bearing contact low-noise design. The pinion tooth stresses for the Formate design significantly decreased in comparison to the baseline OH-58D design. Also similar to that of the improved-bearing-contact low-noise design, the maximum stresses of the Formate design shifted toward the heel, compared to the center of the face width for the baseline, high-strength, and previously tested low-noise designs.
机译:进行了评估低噪声Formate螺旋锥齿轮的研究。在NASA格伦500 hp直升机变速器测试台上的OH-58D直升机主旋翼变速器上进行了实验测试。将低噪音Formate弧形锥齿轮与基准OH-58D弧形锥齿轮设计,高强度设计以及先前经过测试的低噪声设计(包括原始的低噪声设计和改进的轴承接触)进行了比较低噪声设计)。进行了噪音,振动和牙齿应变测试。与基线OH-58D设计相比,Formate设计显示出噪音和振动的减少,并且与先前测试的改进轴承接触低噪声设计相似。与基线OH-58D设计相比,用于Formate设计的小齿轮齿应力显着降低。与改进的轴承接触式低噪声设计类似,与基线,高强度和先前测试的低噪声的脸部宽度中心相比,Formate设计的最大应力向后跟移动设计。

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