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Study on Flow Field Characteristics of Non-contact Vortex Negative Pressure Carrier

机译:非接触涡旋负压载体的流场特性研究

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Simulation models based on the different structural levitation vortexes were built, the analysis on the flow characteristics of pressure distribution and bearing capacity was conducted by using the RNG ¿-¿ turbulent model and non-uniform meshing in variable working conditions. The theory and experiment results indicate that there is the best adsorption effect as the gap thickness is between 0.2 mm and 0.65 mm. The negative pressure effect and the lifting force will decrease when the gap thickness are beyond the range; increasing the supply flow rate can offer a larger lifting force.
机译:建立了基于不同结构悬浮涡的仿真模型,并利用RNG───────湍流模型和RNG进行了压力分布和承载力的流动特性分析。可变工作条件下的非均匀啮合。理论和实验结果表明,当缝隙厚度在0.2 mm至0.65 mm之间时,吸附效果最佳。当间隙厚度超出此范围时,负压效应和提升力会降低;增加供应流量可以提供更大的提升力。

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