how to calculate load carrying capacity of a hydrodynamic journal bearing

Dinesh_Dhande · June 26, 2013, 11:16

Dear friends,
i m simulating hydrodynamic journal bearing using gambit and fluent. i hav obtained static pressure distribution in the bearing. how to calculate load capacity using report option in fluent?
thanks in advance.

sozen · May 4, 2015, 18:00

I've been searching for the answer. Did you get it? Thanks!

tas38 · May 6, 2015, 04:19

Is your rotor a selectable wall zone in the force report? If so, you can simply
select it and there your go. Depending upon how the bearing was loaded, i.e. via
applied force or applied eccentricity, and in what direction, the output forces may be
either in the fixed frame (fx,fy) or the rotating frame (fr,ft).

June 26, 2013, 11:16	how to calculate load carrying capacity of a hydrodynamic journal bearing	#1
Dinesh_Dhande New Member Dinesh Join Date: Nov 2009 Location: India Posts: 25 Rep Power: 17	Dear friends, i m simulating hydrodynamic journal bearing using gambit and fluent. i hav obtained static pressure distribution in the bearing. how to calculate load capacity using report option in fluent? thanks in advance. sozen likes this.

Similar Threads
Thread	Thread Starter	Forum	Replies	Last Post
solving finite journal bearing problem by finite difference	Atit Koonsrisuk	Main CFD Forum	6	March 29, 2015 09:09
Journal Bearing	hunny_winky	STAR-CCM+	0	April 9, 2010 18:26
How to simulate a dynamically loaded journal bearing with Fluent?	okiro	FLUENT	0	April 7, 2010 22:16
how to draw journal bearing fluid using gambit??	zidane	FLUENT	0	March 8, 2009 13:40
help needed about phase change	Yanhu Guo	Main CFD Forum	4	January 24, 2001 00:16

May 4, 2015, 18:00		#2
sozen New Member Join Date: Oct 2014 Posts: 14 Rep Power: 12	I've been searching for the answer. Did you get it? Thanks!

May 6, 2015, 04:19		#3
tas38 Senior Member Troy Snyder Join Date: Jul 2009 Location: Akron, OH Posts: 220 Rep Power: 19	Is your rotor a selectable wall zone in the force report? If so, you can simply select it and there your go. Depending upon how the bearing was loaded, i.e. via applied force or applied eccentricity, and in what direction, the output forces may be either in the fixed frame (fx,fy) or the rotating frame (fr,ft).