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Numerical investigation on the performance of roots blower varying rotor profile

机译:罗茨风机改变转子外形的数值研究

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摘要

Root/Lobe is the most essential part of Roots blower and its design affects the operating performance directly. So, the rotor profile must be improved so that the flow area is maximized while the leakage is minimized and friction due to meshing between the rotor surfaces is made as small as possible. Here an attempt has been made to study the performance of a root blower numerically by varying the shape of the rotor profile. Finite Volume Method (FVM) has been adopted here to perform the hydrodynamic calculations. Four different profiles have been considered by varying the west width of the rotor. Pressure contour, Temperature contour, velocity contour, velocity vector mass flow rate etc. have extracted for each of these rotor profile and have been compared.
机译:罗茨/罗伯是罗茨鼓风机最重要的部分,其设计直接影响运行性能。因此,必须改善转子的轮廓,以使流动面积最大化,同时使泄漏最小化,并且使由于转子表面之间的啮合引起的摩擦尽可能小。在此尝试通过改变转子轮廓的形状来数值研究罗茨鼓风机的性能。此处采用了有限体积法(FVM)进行流体力学计算。通过改变转子的西宽度,已经考虑了四个不同的轮廓。针对每个转子轮廓提取了压力轮廓,温度轮廓,速度轮廓,速度矢量质量流率等,并进行了比较。

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    Verma S K;

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