The discussion revolves around calculating the velocity of air flowing through a 6mm diameter pipe at a pressure of 3 bar. Participants explore the theoretical aspects of fluid dynamics related to this scenario, including the effects of pressure and pipe dimensions on air velocity.
Participants express differing views on the factors affecting air velocity, including the importance of inlet velocity and the implications of compressibility. No consensus is reached on the specific velocity or the conditions under which it should be calculated.
There are unresolved assumptions regarding the inlet velocity and the effects of compressibility at the specified pressure. The discussion does not clarify the definitions of terms used or the conditions under which the proposed equations apply.
Individuals interested in fluid dynamics, particularly in applications involving gas flow through pipes under varying pressure conditions, may find this discussion relevant.
iam using a pressure of 3bar in compressor i don't know what is the velocity at inlet.AeroTron said:if I understand your question right
v_out = [2(p_in - p_out)/airdensitiy + (v_in)^2]^0.5