A data set of the analysis of mechanical seal of residual heat-removal pump

The analysis results show that due to the frictional heat generated by the dynamic and static ring end faces of the mechanical seal and the flushing of cooling water, the temperature of the sealing end face first increases and then decreases in the radial direction, resulting in a narrow middle and wide ends of the leakage channel of the sealing end face. The calculated mechanical seal leakage rate is basically consistent with the actual operating conditions of a nuclear power plant.

The research results provide an accurate numerical simulation method for evaluating the sealing performance of RRA pumps in the reactor primary loop, which has practical engineering significance.