ADVANCED THERMODYNAMICS ENGINEERING phần 7 ppt
ADVANCED THERMODYNAMICS ENGINEERING phần 7 ppt
... the figure, and the extensive
146
146.5
1 47
1 47. 5
148
148.5
149
149.5
150
150.5
151
0.04 0.05 0.06 0. 07 0.08 0.09 0.1 0.11 0.12 0.13 0.14 0.15 0.16 0. 17 0.18 0.19 0.2
v, m
3
/ kmol
e
s, kJ/ kmole ... from theory c
3
= 0.4 275 , c
4
= 0.08664. If
0
50
100
150
200
0 0.1 0.2 0.3 0.4 0.5 0.6 0 .7 0.8
v, m
3
/kmol
e
P, bars
5 67
593
615
T
3
= 615
K
T
1
= 59
3
T
2
= 56
7
A
NS
F
G...
ADVANCED THERMODYNAMICS ENGINEERING phần 1 ppt
... States of America 1 2 3 4 5 6 7 8 9 0
Printed on acid-free paper
Library of Congress Cataloging-in-Publication Data
Annamalai, Kalyan.
Advanced thermodynamics engineering / Kalyan Annamalai ... taught
several courses at Texas A&M including Advanced Thermodynamics, Combustion Science
and Engineering, Conduction at the graduate level and Thermodynamics, Heat Transfer, Com-...
ADVANCED THERMODYNAMICS ENGINEERING phần 6 ppt
... 169.59
A
o
30.54 22.54 16 .77 8 17. 229 29 .75 28.58 29.1519 26 .76 5
†
B
o
0.01030 0.1141 077 0.2865 0. 475 7 .025 .00 377 –.001 573 0. 175 94
†
C
o
0.0 130196.35 0 0 –154808. 50208
0.292×10
–6
–. 27 10
7
D
o
0.0
–0.329×10
–4
–2. 276 ×10
–4
2.893×10
–4
0.0 ... NH
3
N
2
CO
2
W
m
18.015 86. 476 102.03 66.05 17. 03 28.013 44.01 120.92
P
c
(bar) 220.9 49 .77 5 40. 67 45.20 112.8 33.9 73 .9...
Software Engineering (phần 7) ppt
... volatilifyw 0. 87 1 .OO 1 . 1 5 1 .30 i : ':
j . . #Computer turnaround time 0
. 87 1 .OO 1 .0Z 1 . 1 5 j
. )
'
l
Fersonnel ottributes . i 1
Analyst capabilities 1 .46 i . 1 9 1 .OO 0.86 0 .71 l ... capability 1 .:2 1 . 1 7 1 .OO 0.86 0 .70 t
p I
r Virtual machine experience* 1 .2 1 1 . 1 O 1 .OO 0.90 ' 1 '
;
1
; Frogramming Ianguage experience 1 . 1 zl. 1 .Q7 1 .00...
ADVANCED THERMODYNAMICS ENGINEERING phần 2 ppsx
... + c
vo
/R). (F)
Using R =
R
/M = 8.314 ÷ 28. 97 = 0.2 87 kJ kg
–1
K
–1
,
T
2
/T
1
= (200÷100 + 0 .7 0.2 87) ÷ (1 + 0 .7 ÷ 0.2 87) = 1.29, or
T
2
= 3 87 K.
Substituting this result in Eq. (E),
V
2
/V
1
... (E),
V
2
/V
1
= (1 + (c
vo
/R)(P
1
/P
2
))/(1 + c
vo
/R). (G)
∴ V
2
/V
1
= (1+ 0 .7 × 100 ÷ (0.2 87 × 200)) ÷ (1+ 0 .7 ÷ 0.2 87) = 0.65, and
V
2
= 0.65 × 0.1 = 0.065 m
3
.
Rema...
ADVANCED THERMODYNAMICS ENGINEERING phần 3 pdf
... m
A
c
vA
ln (T
A
/ 273 ). (F)
Therefore, at 290 K, S
A
= 0.4 (kg) × 0 .71 3 (kJ kg
–1
K
–1
) × ln(290/ 273 ) = 0.0 172 2 kJ
K
–1
, and at 2 97. 335 K, S
A
= 0.02435 kJ K
–1
.
For a 7. 335 K temperature ... – 0.0 172 2 = 0.0 071 3 kJ K
–1
.
At 350 K, S = S
W
+ S
A
= 1.0395 + 0.0 172 2 = 1.0568 kJ K
–1
. At 349.5 K, S = 1.0 579
kJ K
–1
. Therefore,
dS = dS
W
+ dS
A
= – 0.0059 + 0.0 0...
ADVANCED THERMODYNAMICS ENGINEERING phần 4 potx
... =1 × 673 – 298 × (1 × ln ( 673 /298)) = 430.2 kJ kg
–1
,
ψ
a,e
= 473 – 298 × 1 × ln ( 473 /298) = 335.3 kJ kg
–1
,
ψ
w,i
= 419 – 298 × 1.31 = 28.6 kJ kg
–1
, and
ψ
w,e
= 2 676 .1 – 298 × 7. 35 = ... (0.8314 × 298/0 .79 )
= 6190–298 × 193.5 + 100 × 31.4 = –48,333 kJ kmole
–1
.
Therefore,
φ
∞
= 0.6 × (–46981) + 0.4 × (–48333) = – 475 21.8 kJ kmole
–1
, and
w
ch
= –52 473 .8 – (– 475 21....
ADVANCED THERMODYNAMICS ENGINEERING phần 5 potx
... SRK VW
a´ 0.421 875 0.421 875 0.4 572 4 0.4 572 0.4 274 8 0.4 274 8 0.421 875
b´ 0.125 -0.02 0. 077 8 0. 077 8 0.08664 0.08664 0.125
c´ 0 0.145 0.1 878 26 0.1 878 26 0.08664 0.08664 0
d´ 0 0. 375 -0.03223 -0.03223 ... volume
Z(T
TP
,P
TP
) = P
v
/(
R
T) = 0.00611× 371 5÷(0.08314× 273 ) = 1.
Furthermore, employing Eq. (53),
s( 273 , 371 5) – s
o
( 273 , 371 5) ≈ 0, and
using Eq. ( 57)
s( 273...
ADVANCED THERMODYNAMICS ENGINEERING phần 8 doc
...
K
–1
.
ν
k
h
X
k
p
k
=X
k
P
ˆ
s
s
k
o
(
h
–
T
o
ˆ
s
)
k
Reactants
C
4
H
10
1 –126148 0.021 0.05 27 310.2 334 .7 –2258 87
O
2
9 .75 0 0.20 57 0.5141 205.1 210 .7 –6 278 1
N
2
36.66 0 0 .77 33 1.933 191.6 186.1 –55428
CO
2
4 –360 470 0.0818 0.205 269.3 282.52 –444302
H
2
O(g) ... =
5.25×
ˆ
g
CO2
(3000, 4 bar, X
CO2
=5.25/11. 37) +
^g
CO
(3000, 4 bar, X
CO
=3 .75 /11. 37) +
^g
O2
(3000, 4...
ADVANCED THERMODYNAMICS ENGINEERING phần 9 pdf
... 309.6 72 .4 0. 274 0.0 974 0.165 182.3 184 .7 148 .7 376 .2 68.84 0.0308 3.86 071 0.04444
Nonane C
9
H
20
128.3 595 22 .73 0.252 0.5 477 0.4 37 219 .7 423 .7 120.6 293.8 1122.66 0.1886 45.4191 0. 272 04
Octane–n ... 231.1 79 .9 426.0 182.85 0.06 27 9.38315 0.09043
Propanol C
3
H
7
OH 60.1 536 .7 51 .7 0.253 0.2185 0.628 1 47. 0 370 .4 86.5 688.5 381.41 0. 074 8 16.2 471 0.1 078 9...