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Study on Magnetic Fluid Static Seal of Large Gap

机译:大间隙电磁流体静密封的研究

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摘要

Researchers have been studying the magnetic fluid seal of small gap in the past. In order to meet the static seal requirements of large gap in aviation, aerospace, metallurgy, and so on, we set up the experimental rig of magnetic fluid static seal and designed the static seal of magnetic fluid. In the experimental rig, we studied the static seal of magnetic fluid and obtained the relationships among the burst pressure and the amount of injection of magnetic fluid, seal gap, temperature and magnetization in the experimental rig. hi theory, we calculated the distribution of magnetic field under the seal gap and reasoned sustained pressure and temperature and calculated the burst pressure in different gaps and different saturation magnetization. We analyzed the experimental and theoretical results in detail. The theoretical analysis and tests indicated that magnetic fluid seal of large gap and large diameter can sustain a definite pressure and meet the requirements of practical problems.
机译:过去,研究人员一直在研究小间隙的磁性流体密封。为了满足航空,航天,冶金等领域大间隙静密封的要求,我们建立了磁流体静密封实验台,并设计了磁流体静密封。在实验装置中,我们研究了磁性流体的静态密封,并获得了爆炸压力与磁性流体注入量,密封间隙,温度和磁化强度之间的关系。从理论上讲,我们计算了密封间隙下的磁场分布,并得出了合理的持续压力和温度,并计算了不同间隙和不同饱和磁化强度下的爆破压力。我们详细分析了实验和理论结果。理论分析和试验表明,大间隙,大直径的磁流体密封件可以承受一定的压力,满足实际问题的要求。

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