Problem 9.1. Emptying of a liquid tank (Section 9.2)
Consider an emergency water tank, shown in Figure 9.40, that is designed to deliver water to a
reactor following a loss of coolant event. The tank is pre-pressurized by nitrogen at 1.0 MPa. The
water is discharged through a 0.2 m (inner diameter) pipe. What is the maximum flow rate
delivered to the reactor if the flow is considered inviscid and the reactor pressure is
1. 0.8 
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Last updated on：2023-10-05 12:17:47
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Maximum_flow_rate = Final_velocity * π*(pipe_radius)^²
By solving these equations, we can find that:
1. Maximum flow rate delivered to the
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