Abstract
The need to grind the inner surface of a pipe has increased recently, but it is not satisfied by traditional grinding methods. On the other hand, magnetic fluid grinding with a float has been developed as a new method which has more flexible properties than traditional grinding methods. Magnetic fluid was applied to the grinding of a pipe inner surface. The maximum removal rate was 8.9 x 10-12 m3/Nm. Optimum conditions existed in regard to revolution speed of pipe, shape of float, concentration and mean grain size of abrasive grain. The material of the abrasive grain and float influence the removal rate. Therefore, the pipe inner surface was ground effectively for practical usage by magnetic fluid grinding.
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