Design and Optimization of Thermal Systems Episode 3 Part 10 doc
Design and Optimization of Thermal Systems Episode 1 Part 8 doc
... 1at 0 0at 1Z
d
dZ
Z
14 8 Design and Optimization of Thermal Systems
equations that govern most practical thermal systems are amenable to a solution
by analytical methods in very few cases and ... gases
Recirculating
fan
MaterialOpening
Flow
FIGURE 3 . 18 An electric furnace for heat treatment of materials.
15 2 Design and Optimization of Thermal Systems...
Design and Optimization of Thermal Systems Episode 1 Part 10 pdf
... m
3
/s of water in an open channel with a
slight downward slope S and a hydraulic radius R is measured to yield
the following data:
R (m) 0.5 1. 0 1. 5 2.0
S
1. 5 r 10
3
1. 91 3 .10 4 .11 5.03
5 r 10
3
3.48 ... range of 0 – 3 m/s. If the signal E is measured as 2, 9, 24, and 47
volts at the velocity V of 0, 1, 2, and 3 m/s, respectively:
FIGURE P3.35...
Design and Optimization of Thermal Systems Episode 2 Part 1 doc
... =
11 4.6578
10 9.7 928
10 5.3803
10 1.39 81
97. 826 3
94.6467
91. 8434
89.4 022
87. 310 9
85.5588
84 .13 71
83.0388
82. 25 81
81. 7 914
81. 6360
81. 7 914
82. 25 81
83.0388
84 .13 71
85.5588
87. 310 9
89.4 022
91. 8434
94.6467
97. 826 3
10 1.39 81
105.3803
10 9.7 928
11 4.6578
T (1) ... =
T (11 ) =
T( 12 ) =
T (13 ) =
T (14 )=
T (15 ) =
T (16 ) =
T (17 ) =
T (18 ) =
T (...
Design and Optimization of Thermal Systems Episode 2 Part 4 doc
... states.
3 04 Design and Optimization of Thermal Systems
Library of Previous Designs
Any industry involved with the design of systems and equipment would generally
develop many successful designs ... design
4. Modeling of the system
5. Simulation of the system
6. Evaluation of the design
7. Selection of an acceptable design
Optimization of the desig...
Design and Optimization of Thermal Systems Episode 3 Part 1 pot
... constant
Δ
G
y
(b)
x
4.0
3. 0
2.0
1. 0
4. 03. 0
3
2
1
2. 01. 00.0
U = x + y
= 4
U*= 2
G = xy – 1 = 0
474 Design and Optimization of Thermal Systems
seek the global extremum, which is usually unique and represents ... . )( . )
.
35 14 14 8 22
49
04 32
mm
04 32
32 56 0
.
Therefore,
m
Ô
Ư
Ơ
à
32 56
49
1 692
13 6
.
.
.
/.
The second derivative is obta...
Design and Optimization of Thermal Systems Episode 3 Part 2 pdf
... This leads to the equation
20 41 67
29 1
1
20 8
22
.
(. / )
VV
or
2. 9 V 1 (9.816)
1 /2
3. 133
Therefore, V
*
1. 425 m
3
. Then, A
*
26 . 536 m
2
and U
*
122 5.16.
It can easily be shown ...
m
1
m
2
, is given as 14 and the follow-
ing equations apply:
qmm
qmm
11
2
1
22
2
2
436
32 5
Obtain the values of
m
1
and
m
2...
Design and Optimization of Thermal Systems Episode 3 Part 3 doc
... as
xyU
0.5 1. 633 9.840
1.944 1. 633 6.788
1.944 0.828 5.598
2. 438 0.828 5.456
2. 438 0.740 5.428
2. 532 0.740 5.4 23
2. 532 0.726 5.4 23
2.548 0.726 5.422
2.548 0.7 23 5.422
2.550 0.7 23 5.422
2.550 0.7 23 5.422
For ... 0.844 5.528
2.245 0.718 5.475
2.295 0.782 5.4 53
2 .38 5 0.717 5. 438
2.41 0.752 5. 431
2.47 0.716 5.427
2.48 0. 733 5.424
2.54 0. 733 5.4 23
2.54 0. 733 5.4 23
Ag...
Design and Optimization of Thermal Systems Episode 3 Part 4 ppsx
... W
1
W
2
W
3
. (c) Response
surface for the objective function F for W
1
W
2
W
3
/ 2.
5 54 Design and Optimization of Thermal Systems
Stoecker, W.F. (1989) Design of Thermal Systems, 3rd ed., ... U
*
.
This gives w
1
10 /3, w
2
1, and w
3
4 /3. Therefore,
U
*
/
.
/
.
/
Ô
Ư
Ơ
à
Ô
Ư
Ơ
à
10 5
10 3
12
1
015
43
10 3
1
ÔÔ
Ư
Ơ
à
43...
Design and Optimization of Thermal Systems Episode 3 Part 5 pdf
... 10.7.
57 4 Design and Optimization of Thermal Systems
with
w
1
w
2
w
3
1and w
i
u
U
i
1
4
4
5
5
4
5
Ô
Ư
Ơ
à
Ô
Ư
Ơ
à
u
w
u
w
w
w
(10 .33 )
with
w
4
w
5
1andw
4
u
4
1
, w
5
u
5
1
Equation ... 12 2 13 3 14 4 15 5
21 1 22
0
22 233 244 255
41 1 42 2 43
0
aw paw paw
aw aw aw
"
33 44 4 45 5
0pa w pa w
(10 . 35 )
with
w
1
w...
Design and Optimization of Thermal Systems Episode 3 Part 6 pdf
... locations given as
A–1 A–2 A 3 A–4 1–D 2–D 3 D 4–D
10 14 12 15 16 12 10 8
and
1–1 1–2 1 3 1–4 2–1 2–2 2 3 2–4
16 20 14 17 12 14 15 6
3 1 3 2 3 3 3–4 4–1 4–2 4 3 4–4
10 11 13 18 8 11 14 22
Determine ... amount of
time in going from A to D.
A
D
CB
44
33
22
11
FIGURE P10.20
60 4 Design and Optimization of Thermal Systems
to enable accurate results to be obtai...
Design and Optimization of Thermal Systems Episode 3 Part 7 doc
... 628 Design and Optimization of Thermal Systems
11.5 AN OVERVIEW OF DESIGN OF THERMAL SYSTEMS
Basic aspects. In this book, we have considered the design and optimization of
systems in which thermal ... most problems of practical interest and are of particular
signicance in optimization since minimization of costs and maximization of
644 Desi...
Design and Optimization of Thermal Systems Episode 3 Part 8 ppsx
... 38 0.2
36 5 91 .85 197 0.9672 1.010 1 .39 84 21 . 38 31 .14 0.694 36 5 .8 38 2 .8
37 0 96 .85 206 0.9 539 1.011 1 .39 81 21.60 31 .50 0.6 93 370 .8 38 5.4
37 5 101 .85 215 0.94 13 1.011 1 .39 78 21 .81 31 .86 0.692 37 5.9 38 8. 0
38 0 ... 39 5.5
39 5 121 .85 251 0 .8 936 1.014 1 .39 64 22.65 33 .31 0. 689 39 6.1 39 8. 0
400 126 .85 260 0 .88 22 1.014 1 .39 61 22...
Design and Optimization of Thermal Systems Episode 3 Part 9 doc
... 4. 93 6 3E-01 1.2659E 01 7. 899 3E-02
20 2. 191 1E 00 4.5 6 39 E-01 1 .35 90 E 01 7 .35 82E-02
25 2.6658E 00 3. 7512E-01 1.5622E 01 6.4012E-02
30 3. 2 434 E 00 3. 0 832 E-01 1.7 292 E 01 5.7 830 E-02
35 3. 94 61E 00 2. 534 2E-01 ... 6 73
Pure 8 ,95 4 0 .38 31 38 6 11. 234 407 38 6 37 9 37 4 36 9 36 3 35 3
Aluminum bronze:
95 Cu,
5 Al 8,666 0.410 83 2 .33 0
Bronze: 75 Cu,...
Design and Optimization of Thermal Systems Episode 3 Part 10 doc
... environmental systems, 33 6 34 2, 33 8 34 2
three-dimensional problem, 33 9
two-dimensional surface ow due to, 34 1
702 Design and Optimization of Thermal Systems
optimization of, 433
priority for changing, 32 2
sensitivity ... 720 Design and Optimization of Thermal Systems
System design applications, 32 2 32 3
component design vs. system design,
36...
Design and Optimization of Thermal Systems Episode 3 Part 11 potx
... 465
vs. optimal design, 18
Working models, communicating design
through, 91
Worth
as function of time, 38 4, 38 5, 39 0
future worth, 39 1 39 3
ination and, 39 3 39 6
present worth, 39 0 39 1
Y
Years to ... 407
722 Design and Optimization of Thermal Systems
Trademarks, 93
Transience
effect on complexity of problem, 176
in mathematical modeling, 135 – 139
and ti...
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