Knowing the pressure, temperature, flow rate of the medium and the diameter of the pipe, how to calculate the flow velocity
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Help: Given that the pressure of oxygen is 2500 KPa, the temperature is 25°C, the flow rate is 9.4 kg/s, and the pipe is a DN150 stainless steel pipe, determine the flow velocity of oxygen in the pipe.
The oxygen density at this condition is determined by pressure and temperature; the volumetric flow rate is calculated from the mass flow rate density, from which the flow velocity is obtained
The oxygen density at this condition is determined by pressure and temperature; the volumetric flow rate can be calculated by converting the mass flow rate density, thereby determining the flow velocity
First, determine that the density of oxygen is 32.98 kg/m3, and then it’s simple. The flow rate is approximately 18 m/s.
What kind of software is this? Could you share it? Thank you
The software is called Chemical Engineering Calculation APP; it’s been around for four years now. You can go and check out my posts.