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Thermodynamics with Python
Thermodynamics with Python
1. Preface
2. Brief Introduction to Python
3. Brief Introduction to Thermodynamics: Systems , Processes, States and Properties
4. Evaluation of Properties
5. First Law of Thermodynamics - Introduction to Closed Systems
6. First Law of Thermodynamics - Boundary Work and Specific Heats
7. First Law of Thermodynamics - Open Systems
8. Exercise Solutions
8.1. Exercise 1 Solutions
8.2. Exercise 2 Solutions
8.3. Exercise 3 Solutions
9. References Cited
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Index
A
|
B
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
J
|
K
|
L
|
M
|
N
|
O
|
P
|
Q
|
R
|
S
|
T
|
U
|
V
|
W
|
Z
A
absolute pressure
arange
,
[1]
arrays
B
boundary
boundary work
C
Cantera
,
[1]
Celsius
chemical energy
closed system
compressed liquid
conduction
conservation of energy
control mass
control volume
convection
critical pressure
critical temperature
D
density
dimensional homogeneity
E
electric work
electrical polarization work
energy
energy equation
,
[1]
enthalpy
entropy
equation of state
equilibrium
extensive property
F
Fahrenheit
First Law of Thermodynamics
fixed boundary
flow work
,
[1]
fsolve
function
functions
G
gage pressure
gas constant
Gibbs
H
heat
heat capacity
,
[1]
heat transfer
I
ideal gas
imaginary boundary
incompressible fluid
inexcact differential
,
[1]
intensive property
internal energy
,
[1]
isentropic
isobaric
isochoric
isothermal
J
Jupyter
Jupyterlab
K
Kelvin
kinetic energy
L
liquid approximation
lists
M
macroscopic
magnetic work
mass
mass specific
Matplotlib
,
[1]
,
[2]
matplotlib
mechanical work
,
[1]
microscopic
minimize
molar specific
moving boundary
N
nuclear energy
numpy
O
open system
open systems
other mechanical work
P
pandas
path
path dependence
,
[1]
path function
phase
phase transition
plotting
,
[1]
,
[2]
polytropic process
potential energy
pressure
,
[1]
process
,
[1]
properties
pure substance
Python
Q
quality
R
radiation heat transfer
Rankine
real boundary
reversible process
rotational work
S
saturated liquid
saturated mixture
saturated temperature
saturated vapor
saturation dome
scipy
shaft work
Shomate Equation
specific
specific heat
specific volume
spring work
state
state function
state property
supercritical fluid
superheated vapor
surroundings
system
T
temperature
,
[1]
,
[2]
thermal energy
U
unit analysis
universal gas constant
V
vectorize
viscosity
volume
W
work
,
[1]
Z
Zeroth Law of Thermodynamics