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Apr
23
awarded  Notable Question
Sep
21
awarded  Popular Question
May
31
awarded  Famous Question
Mar
20
awarded  Curious
Oct
21
asked Compute convective heat transfer coefficient for a condensing steam
Oct
19
accepted Flow Resistance and Pressures in Split Pipes
Oct
13
comment Flow Resistance and Pressures in Split Pipes
Ok, thanks for this. In this case there is a motor keeping the pressure constant upstream.
Oct
12
comment Flow Resistance and Pressures in Split Pipes
So....if one resistance increases, the flow in that circuit, and therefore the total flow is going to drop?
Oct
11
comment Flow Resistance and Pressures in Split Pipes
Why is $P_A$ = $P_B$. Doesn't the pressure depend on downstream conditions. If one of the resistances increase, more flow is going to be diverted into the other pipe (velocity increases) and according to Bernoulli, the pressure is going to drop?
Oct
10
asked Flow Resistance and Pressures in Split Pipes
Aug
31
awarded  Notable Question
Jul
2
awarded  Popular Question
Mar
29
awarded  Popular Question
Feb
26
revised Diffussivity of gases, molecular weight and Lewis number
added 46 characters in body
Feb
25
revised Diffussivity of gases, molecular weight and Lewis number
added 115 characters in body
Feb
25
revised Diffussivity of gases, molecular weight and Lewis number
edited body
Feb
25
revised Diffussivity of gases, molecular weight and Lewis number
added 57 characters in body
Feb
25
asked Diffussivity of gases, molecular weight and Lewis number
Nov
20
comment Why does the specific thrust of an ideal turbojet drop with increasing compressor pressure ratio?
follow up: Do you know why specific fuel consumption has a minimum if losses are considered?
Oct
30
accepted Why does the specific thrust of an ideal turbojet drop with increasing compressor pressure ratio?