fundamentals of engineering supplied-reference handbook - Ventech!

p2 = p3
η=
COMMON THERMODYNAMIC CYCLES
61
THERMODYNAMICS (continued)
Carnot Cycle Reversed Carnot
Rankine Cycle
( h −h ) −( h −h
)
3 4 2 1
h − h
3 2
Otto Cycle
(gasoline engine)
1 – k
η = 1 – r
r = v1/v2
COP
p2 = p3
ref
Refrigeration
(Reversed Rankine Cycle)
h
=
h
1
− h4
− h
2
1
COP
HP
h
=
h
2
2
q = 0
− h
− h
3
1