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Performance Analyses of the Spiral Groove Dry Gas Seal with Inner Annular Groove

机译:内环形槽螺旋槽干气密封的性能分析

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In order to improve the performance of the spiral groove dry gas seal(S-DGS), the spiral groove dry gas seal with an inner annular groove (AS-DGS) was invented. Based on the narrow groove theory, the sealing performance parameters of the AS-DGS were gained by using approximate analytical method to solve the gas film pressure control equations, and the results were compared with those of the common S-DGS. The results show that, in the given operating conditions, the opening force of AS-DGS is smaller than that of the S-DGS with the difference less than 0.5%, and the film stiffness is larger than that of the common S-DGS with the difference less than 5% in the case of low-speed or high-pressure operation, but the leakage is a little larger.
机译:为了提高螺旋槽的性能干燥气体密封(S-DGS),发明了具有内环形槽(AS-DGS)的螺旋槽干燥气体密封。 基于窄槽理论,通过使用近似分析方法来解决气体膜压力控制方程的近似分析方法,并将结果与普通S-DGS的近似分析方法获得。 结果表明,在给定的操作条件下,AS-DGS的开启力小于差异小于0.5%的S-DG的开启力,并且薄膜刚度大于普通S-DGS的膜刚度 在低速或高压操作的情况下,差异小于5%,但泄漏有点大。

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