Abstract
In this study, a confocal scanning laser microscopy was used to in situ observe the collision and aggregation behavior of inclusions in molten state and the pushing/engulfing behavior in the solidifying interface of tire cord steel. The results show that the inclusion particles will be captured into the grains in the solidification front for the inclusions with a diameter are larger than 53.4μm at a cooling rate of 1 K/s. Moreover, the attraction force of inclusion particles in molten state is in the order of 10-16N~10-14 N in tire cord steel.
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