Page 168 - Using ANSYS for Finite Element Analysis Dynamic, Probabilistic, Design and Heat Transfer Analysis
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apDl programming • 155
FITEM,2,15
FITEM,2,19
FITEM,2,21
FITEM,2,-22
/GO
DK,P51X, , , ,0,ALL, , , , , ,
! Apply pressure
FLST,2,1,4,ORDE,1
FITEM,2,7
/GO
SFL,P51X,PRES,88,
FINISH ! Save and Exit the Preprocessor
(PREP7)
!
/SOL ! Enter Solution phase
SOLVE
FINISH
3. Read in the Edited Log File
In an interactive session, pick Utility Menu> File> Read Input
from to read in the edited command log file.
4.3 tutoriaL 6: heat Loss from a CyLindriCaL
CooLing fin
In this tutorial, a very long rod 25 mm in diameter has one end maintained
at 100°C. The surface of the rod is exposed to ambient air at 25°C with a
convection heat transfer coefficient of 10 W/m .K. Determine the heat loss
2
from the rod constructed of pure copper.
T = 100° T = 25°C
b
∞
h = 10 W/m .K
2
Air
D = 2.5 cm
L = 1.32 m
