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Concentration at outlet of a tubular reactor
Posted Jul 12, 2015, 5:37 p.m. EDT 1 Reply
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Hi all,
I am simulating a tubular reactor in 2-D axial symmetry. I am having problems in finding reactant concentration at outlet. I have coupled mass and momentum balances equations to characterize the flow.
The flow was considered to be fully developed and Newtonian. So i a have used the following equation for determination of velocity
2*v0*(1-(r/R1)^2)
v0=initial velocity
I am simulating a tubular reactor in 2-D axial symmetry. I am having problems in finding reactant concentration at outlet. I have coupled mass and momentum balances equations to characterize the flow.
The flow was considered to be fully developed and Newtonian. So i a have used the following equation for determination of velocity
2*v0*(1-(r/R1)^2)
v0=initial velocity
1 Reply Last Post Jul 13, 2015, 2:52 a.m. EDT
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Posted:
9 years ago
Derived values --> Point evaluation/Surface integration --> min/max/average.
You can also define a slice plot, setting a slice at the outlet. Or you can define a 3d cut place at the outlet.
Is this what you asked?
br
Lasse
You can also define a slice plot, setting a slice at the outlet. Or you can define a 3d cut place at the outlet.
Is this what you asked?
br
Lasse