d. Analysis of the Diesel Cycle[Explain the Derivation of the following in relation to the diagram]: 1.) QA 2.) Qr 3.) W 4.) thermal efficiency - e 5.) the compression ratio - rk 6.) the cut off ratio - rc 7.) Derivation of the formula for e Process 1-2 Process 2-3 Process 3-4 8.) Relation among rk, rc, and re(expansion ratio) ofd,elPAondinе.3eralIsentropicS.er.IsentropicS,li-Joutn.(a) P-v diagramе,TAk-qinpeP = constant429ToutDa)V= constantDb)ir-(b) T-s diagramFIGURE 9-21T-s and P-v diagrams for the idealDiesel cycle. 1-2: Isentropic compression2-3: Constant pressure heat addition3-4: Isentropic expansion4-1: Constant volume heat rejectionQin233P2 = P3T3QinWout->WoutT44T224TWinPP4V QoutWinQout1P1T11V2V3V = V4S1 = S2S3 = S4V©2017mechanicalbooster.comP-V and T-S Diagram of Diesel CycleImage Source L

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Answered: Analysis of the Diesel Cycle[Explain…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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d. Analysis of the Diesel Cycle[Explain the Derivation of the following in relation to the diagram]: 1.) QA 2.) Qr 3.) W 4.) thermal efficiency - e 5.) the compression ratio - rk 6.) the cut off ratio - rc 7.) Derivation of the formula for e Process 1-2 Process 2-3 Process 3-4 8.) Relation among rk, rc, and re(expansion ratio)

of
d,
el
PA
on
din
е.
3
er
al
Isentropic
S.
er.
Isentropic
S,
li-
Jout
n.
(a) P-v diagram
е,
TA
k-
qin
pe
P = constant
4
29
Tout
Da)
V= constant
Db)
ir-
(b) T-s diagram
FIGURE 9-21
T-s and P-v diagrams for the ideal
Diesel cycle.

1-2: Isentropic compression
2-3: Constant pressure heat addition
3-4: Isentropic expansion
4-1: Constant volume heat rejection
Qin
2
3
3
P2 = P3
T3
Qin
Wout
->
Wout
T4
4
T2
2
4
T
Win
P
P4
V Qout
Win
Qout
1
P1
T1
1
V2
V3
V = V4
S1 = S2
S3 = S4
V
©2017mechanicalbooster.com
P-V and T-S Diagram of Diesel Cycle
Image Source L

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