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Forum: FLUENT March 1, 2015, 13:31
Replies: 22
Views: 2,752
Posted By barathwaj
Okay I ll do it

Okay I ll do it
Forum: FLUENT March 1, 2015, 13:29
Replies: 22
Views: 2,752
Posted By barathwaj
Okay thanks a lot. I ll tell you the results....

Okay thanks a lot. I ll tell you the results. Can I get your mail id
Forum: FLUENT March 1, 2015, 13:25
Replies: 22
Views: 2,752
Posted By barathwaj
Not really. I need viscosity of water at 84 deg c...

Not really. I need viscosity of water at 84 deg c for my problem
Forum: FLUENT March 1, 2015, 13:21
Replies: 22
Views: 2,752
Posted By barathwaj
Viscosity of water is 0.000338 (kg/(m-s))

Viscosity of water is 0.000338 (kg/(m-s))
Forum: FLUENT March 1, 2015, 13:14
Replies: 22
Views: 2,752
Posted By barathwaj
Regarding the relaxation factor should I ve given...

Regarding the relaxation factor should I ve given it as 0.8 . should I reduce it to o.5
Forum: FLUENT March 1, 2015, 13:13
Replies: 22
Views: 2,752
Posted By barathwaj
My pipe od is just 0.053 m that's the problem...

My pipe od is just 0.053 m that's the problem fluent is water dynamic viscosity is also very low . that's why I get such a large Reynolds number
Forum: FLUENT March 1, 2015, 13:08
Replies: 22
Views: 2,752
Posted By barathwaj
What should I do??

What should I do??
Forum: FLUENT March 1, 2015, 13:06
Replies: 22
Views: 2,752
Posted By barathwaj
My Reynolds number is around 180000

My Reynolds number is around 180000
Forum: FLUENT March 1, 2015, 13:02
Replies: 22
Views: 2,752
Posted By barathwaj
Geometry of the valve is complicated .skewness is...

Geometry of the valve is complicated .skewness is very high. I couldnt reduce it.I tried both with fine and medium mesh and also I increased smoothness. Yet I had this error.
Forum: FLUENT March 1, 2015, 12:53
Replies: 22
Views: 2,752
Posted By barathwaj
thanks

I ve given my pipe diameter as my hydraulic diameter. And I also calculated my turbulent intensity as 5% . So is there any mistake in this value
Forum: FLUENT March 1, 2015, 11:36
Replies: 22
Views: 2,752
Posted By barathwaj
Unhappy Regarding divergence

Hi i m doing a CFD analysis of thermostat valve . My inlet boundary condition is velocity inlet c=1.25m/s . Outlet is pressure outlet .I am using K-epsilon model and simple algorithm.No energy...
Showing results 1 to 11 of 11

 
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