HeterosexusOfRome
Member
- Joined
- Aug 8, 2016
- Messages
- 16
- Reaction score
- 0
Hi all,
When a compressible flow problem gives you a temperature and pressure in the set up, how do you determine if they gave you a static temp or a total temp? I think if the flow is originating in a tank the pressure and temperature of the gas in the reservoir would be considered the total temperature and total pressure, is this always true? and how come in the MERM example 25.9 about the explosion in the desert, the air temperature given there is considered a static temperature? What is the reason behind that?
When a compressible flow problem gives you a temperature and pressure in the set up, how do you determine if they gave you a static temp or a total temp? I think if the flow is originating in a tank the pressure and temperature of the gas in the reservoir would be considered the total temperature and total pressure, is this always true? and how come in the MERM example 25.9 about the explosion in the desert, the air temperature given there is considered a static temperature? What is the reason behind that?