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Subject: Re: Therm- Pipe Wall- No homework!!!!
Author: Dan Bohlen
Date: 2002-06-06 07:56:00

Still sounds like homework to me....:-) Hey we aren't paranoid here at XANSYS (
we KNOW everyone is out to get us - we aren't imagining it!) But hey, your
signature is for a University where the bulls run but your email address
resembles that of a US university (memphis).

And as are as keeping your website under wraps - you just sent the URL to over
2,000 of you closest friends on XANSYS...

Dan Bohlen Phone: (513) 243-4645
Staff Engineer ( and XANSYS Listmiester )
GE Aircraft Engines M/D K-105

The only consistent feature of all your dissatisfying relationships is
You. - www.despair.com

-----Original Message-----
Sent: Thursday, June 06, 2002 2:58 AM
To: xansys@yahoogroups.com

Dear Xansys Users:
First: In reply to some suspicius xansys users I must say that:
This is not homework. I'm writing a manual to teach Thermal Analysis
with Ansys for Engineering, Masters and PhD Students.
Should you not belive this you can visit
http://usuarios.lycos.es/el1max/Proyec_Sec/
where I keep a buckup of some of my files. (In spanish)
I please ask you not to spread those files for they are my work.
It's my project and I have to read it by July and so I need help.
If still you are not a beliver you can bother to contact my thesis
director Pedro Di‚guez, Dean of the Engineering School at the
Universidad Publica de Navarra. Pamplona. Navarra. Spain.
http://www.unavarra.es/organiza/etsiit/
http://www.unavarra.es/organiza/etsiit/enlaescuela/composicion.html

Thus said I'm sorry for not having followed the nettique about
signing the mail. At least I said what the topic was on the subject.
Now I repost my question.
Thank you for your help.

Max Florez
Mechanical, Energy and Materials Engineering Department
Universidad Publica De Navarra.
Campus Arrosadia. 31008 Pamplona
Navarra. Spain.
Cell:605465424
Email:maxbezu@y...
mflorez@m...

Hello:
I'm trying to make a transint thermal analysis of a pipe.
The pipe is a the begining at -20C and the a fluid flows in the
inside with h=500 and t Fluid=60.
The outside of the pipe is insulated
The model is 3D using solid 90.
For some reason the head is not conducted from 1 element to the next.
ANy idea why??
Thank you very much:
Here is the log:

/PREP7
ANTYPE,trans
ET,1,SOLID90
MP,KXX,1,63.9
MP,KXX,2,0.0001
mp,dens,1,7823
mp,dens,2,1
mp,c,1,434
mp,c,2,100
CSYS,1
CYL4,0,0,100,0,104.1,2,4
lsel,s,line,,1,3,2
lsel,a,line,,6,8,2

LESIZE,ALL, , ,11, ,1, , ,1,
lsel,s,line,,2,7,5
lsel,a,line,,11,12
LESIZE,ALL, , ,1, ,1, , ,1,
VSWEEP,all

emodif,2,mat,2

NSEL,ALL
OUTPR,,1

FINISH
/SOLU
OUTRES,,ALL
TIME,480
DELTIM,10

AUTOTS,ON
Allsel
TUNIF,-20
KBC,1
NSEL,S,node,,43,46,1
nsel,a,node,,89,92,1
SF,ALL,CONV,500,60

allsel
SOLVE
FINISH

/POST26
NSOL,2,89,TEMP, ,
NSOL,3,47,TEMP, ,
PLVAR,2,3,

Posts possibly associated with message #38543AuthorDateScore
38536Therm- Pipe Wall- No homework!!!!maxfbezu mflorez@2002/06/06 
38537Therm- Pipe Wall- No homework!!!!maxfbezu mflorez@2002/06/06 
38538Re: Therm- Pipe Wall- No homework!!!!Nanjudareddy nanjundan@2002/06/06 
38543Re: Therm- Pipe Wall- No homework!!!!Dan Bohlen2002/06/06 
38544Re: Therm- Pipe Wall- No homework!!!!Dave Johnson2002/06/06 
38545Re: Therm- Pipe Wall- No homework!!!!Dave Johnson2002/06/06 
38554Re: Therm- Pipe Wall- No homework!!!!Dan Bohlen2002/06/06