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Calculations and diagrams related to heat transfer, specifically focusing on the effectiveness of a heat exchanger. It includes numerical values, formulas, and a diagram illustrating the counter flow. The calculations involve determining temperatures and heat transfer rates, providing a quantitative analysis of the heat exchanger's performance. Part of an assignment or study material related to thermal engineering principles, suitable for students or professionals in the field. It offers practical insights into heat exchanger analysis and design, demonstrating the application of thermodynamic principles to real-world engineering problems.
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Data:
Osama
ttas,
220844,
Naveed
t aso L/h
Tho 2o'Ca 293K
TGi: SC= 2?8K
) Hot frd
h;=
56-6C =
329.6k
D: Somm
Sol: Pant ta): ueng the effetneaet,
AsstGNMENT 03
Cid
wal.: fe
( fu
o.330-/
337
Diaqvam:
Thyi
As we have covntex flo Soi
Te,i= fC
Valu es
(o.o93 xo. 330-/ NrUe -492Slal6.3425/
NU.
U4 UA, NUx Cmin Cg- I124/
UA. 446/X 276 U4: 399.2K
’ Pout 03:
=
Cmin
a6( S6. 6-
Teyo- S)
To= l 23&
832
3?7,0= lolo/.64 18S
2
a
=
4x
lo-4x
L UA
Teo a
UTD
82
2
=
839 (
Tojo- S)
Qyeindu Ar
3 99-
’L=.S to m
3606
Ch O-0SX 368o
7Xo-osoX
/
from pYerio u
83? o
t18S
o
m
’
m'/h
(dou b led)
Il
06
CalcdYhon.
z
lejo
4
Sa
l69S
Tvo
