Power Plant Engg Lab Manual Be

7/21/2019 Power Plant Engg Lab Manual Be

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VIDYA PRATISHTHAN'S

COLLEGE OF ENGINEERING, BARAMATI

DEPARTMENT OF MECHANICAL ENGINEERING

LABORATORY MANUAL

SUBJECT: POWER PLANT ENGINEERING[SUBJECT CODE: ]

CLASS: B.E. MECHANICALYEAR: 20!2

APPROVED BY:

H.".D. [M#$%] PRINCIPAL

P&". P. R. C%()&*+*& D&. S. B. D#"*&-*&

VALIDITY UP TO: ACADEMIC YEAR 20!/

PRAPARED BY: PROF. SANDEEP E. ZAREKAR


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VIDYA PRATISHTHAN'S

COLLEGE OF ENGINEERING, BARAMATI

DEPARTMENT OF MECHANICAL ENGINEERING

L() " E1#&(#3)

FACULTY: PROF.SANDEEP E. 4ARE5AR SUBJECT:PPE

YEAR: 20!2 CLASS: B.E. 6MECH7

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EXPERIMENT NO. :-1

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*;;"> " #($(#3) %#*) )&*3#& &" )%# ="(;#& )" )%# *11*&*)8 8#9 )"

$*1)8 )%# %#*) #3#&+ 688*;; >*)#& )8=#7. T%# %#*)#9 1$(1()*)# $"(3+ (3

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#())#9.

BASIC PRINCIPLES:


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CIRCULATING FLUIDISED BED COMBUSTION 6CFBC7:


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ADVANTAGES OF FLUIDISED BED COMBUSTION BOILERS

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EXPERIMENT NO.2

TITLE:S)89 " 1">#& 1;*3) (3)&8#3)

AIM:S)89 " 1">#& 1;*3) (3)&8#3)

THEORY:

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)%# 1">#& 1;*3) * #($(#3); * 1"(=;#. I3)&8#3) 1&"?(9# *$$8&*)#

(3"&*)("3 "& +8(9*3$# )" *#, $"3)(38"8 *39 1&"1#& 1;*3) "1#&*)("3.

CLASSIFICATION OF INSTRUMENTS:

T%# )>" +#3#&*; $;*(($*)("3 " (3)&8#3) *:

. T%"# #1;"(3+ 18 #$%*3($*; #)%"9

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2. THERMOMETERS:

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EQPERIMENT NO!

TITLE:!)&(*; "3 )#* 1">#& 1;*3).

AIM:!T&*(; O3 S)#* T8&=(3# P">#& P;*3) T" D#)#&(3#:!

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BOILER SPECIFICATION:

SPECIFICATION: !

R*)#9 )#* +#3#&*)("300 5+%&

W"&-(3+ 1 " ="(;#&2 =*&

R*)#9 8#; $"381)("3/0 5+%&

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TURBINE DETAILS:!

TYPE (18;# )8&=(3#

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DYNAMOMETER:

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&*9(8 " *&*)8.0/

OBSERVATIONS:!

T)#1.*) )%# (3;#) )" #$"3"(


19/40

P2)#* 1 =#" )%&"));(3+.

P)#* 1 *)#& )%&"));(3+.

P)#* 1 (3;#) )" "&(($# #)#&.

P/)#* 1 "8);#) )" "&(($# #)#&.

P)#* 1 (3;#) )" )8&=(3#

P)#* 1 "8);#) )" )8&=(3#

C.V 2000 5J5G

A* " 8#; )*3- 0./0./ A2


20/40

D#3() " $"(;0 -+A


21/40

OBSERVATION TABLE:!

T T2 T T T/ T T T T2 P P2

P P P/ P P M> MW*)#&

;">

&*)#

M*

"

8;#

L"*9

RPM

CALCULATION:

CONCLUSION:


22/40

EXPERIMENT NO:- 4TITLE:)89 " 3"3!$"3?#3)("3*; 1">#& 1;*3)

AIM:)89 " 3"3!$"3?#3)("3*; 1">#& 1;*3)

THEORY:

. WIND POWER PLANT:

W(39 1">#& ( )%# $"3?#&("3 " >(39 #3#&+ (3)" * 8#8; "& " #3#&+, 8$%

* 8(3+ >(39 )8&=(3# )" *-# #;#$)&($(), >(39(;; "& #$%*3($*; 1">#&,

>(39 181 "& >*)#& 181(3+ "& 9&*(3*+#, "& *(; )" 1&"1#; %(1.

2. SOLAR POWER PLANT:

S";*& 1">#& ( )%# $"3?#&("3 " 83;(+%) (3)" #;#$)&($(), #()%#& 9($); 8(3+

1%")"?";)*($ 6PV7, "& (39($); 8(3+ $"3$#3)&*)#9 ";*& 1">#& 6CSP7.

C"3$#3)&*)#9 ";*& 1">#& )# 8# ;#3# "& (&&"& *39 )&*$-(3+ )#


23/40

)" "$8 * ;*&+# ** " 83;(+%) (3)" * *;; =#*. P%")"?";)*($ $"3?#&) ;(+%)

(3)" #;#$)&($ $8&) 8(3+ )%#1%")"#;#$)&($ ##$).

A ";*& $#;;, "& 1%")"?";)*($ $#;; 6PV7, ( * 9#?($# )%*) $"3?#&) ;(+%) (3)" #;#$)&($

$8&) 8(3+ )%#1%")"#;#$)&($ ##$).

. TIDAL POWER PLANT:
http://en.wikipedia.org/wiki/Photoelectric_effecthttp://en.wikipedia.org/wiki/Photoelectric_effecthttp://en.wikipedia.org/wiki/Photoelectric_effecthttp://en.wikipedia.org/wiki/Photoelectric_effect


24/40

T(9*; 1">#&, *;" $*;;#9 )(9*; #3#&+, ( * "& " %9&"1">#& )%*) $"3?#&) )%#

#3#&+ " )(9# (3)" 8#8; "& " 1">#& ! *(3; #;#$)&($(). A;)%"8+% 3") #)

>(9#; 8#9, )(9*; 1">#& %* 1")#3)(*; "& 8)8 #;#$)&($() +#3#&*)("3. T(9#

* " 1($)*=;# )%*3 >(39 #3#&+ *39 ";*& 1">#&. A"3+ "8&$# "

#>*=;# #3#&+, )(9*; 1">#& %* )&*9()("3*;; 8# &" *)(?#; %(+%

$") *39 ;(()#9 *?*(;*=(;() " ()# >()% 8($(#3); %(+% )(9*; &*3+# "& ;">

?#;"$()(#, )%8 $"3)&($)(3+ () )")*; *?*(;*=(;(). H">#?#&, *3 $#3)

)#$%3";"+($*; 9#?#;"1#3) *39 (1&"?##3), =")% (3 9#(+3 6#.+. 93*($

)(9*; 1">#&, )(9*; ;*+""37 *39 )8&=(3# )#$%3";"+ 6#.+. 3#>*(*; )8&=(3#,$&" ;"> )8&=(3#7,

(39($*)# )%*) )%# )")*; *?*(;*=(;() " )(9*; 1">#& * =#

8$% %(+%#& )%*3 1?("8; *8#9, *39 )%*) #$"3"($ *39 #3?(&"3#3)*;

$") * =# =&"8+%) 9">3 )" $"1#)()(?# ;#?#;.

T(9*; 1">#& ( #)&*$)#9 &" )%# E*&)%' "$#*3($ )(9# )(9*; "&$# * 1#&("9($

?*&(*)("3 (3 +&*?()*)("3*; *))&*$)("3 ##&)#9 = $#;#)(*; ="9(#. T%## "&$#

$*)# $"&"39(3+ ")("3 "& $8&) (3 )%# >"&;9' "$#*3. T%# *+3()89#

*39 $%*&*$)#& " )%( ")("3 #$) )%# $%*3+(3+ 1"()("3 " )%# M""3 *39S83 *)(?# )" )%# E*&)%, )%# ##$) " E*&)%' &")*)("3, *39 ;"$*; +#"+&*1% "

)%# #* ;""& *39 $"*);(3#.

T(9*; 1">#& ( )%# "3; )#$%3";"+ )%*) 9&*> "3 #3#&+ (3%#) (3 )%# "&=()*;

$%*&*$)#&()($ " )%# E*&)%!M""3 )#, *39 )" * ;##& #)#3) (3 )%# E*&)%!

S83 )#. O)%#& 3*)8&*; #3#&+(# #1;"()#9 = %8*3 )#$%3";"+ "&(+(3*)#

9($); "& (39($); >()% )%# S83, (3$;89(3+ "(; 8#;, $"3?#3)("3*;

%9&"#;#$)&($, >(39, =("8#;, >*?# *39 ";*& #3#&+. N8$;#*& #3#&+ *-# 8#

" E*&)%' (3#&*; 9#1"() " (("3*=;# #;##3), >%(;# +#")%#&*; 1">#&

)*1 )%# E*&)%' (3)#&3*; %#*), >%($% $"# &" * $"=(3*)("3 " (98*;

%#*) &" 1;*3#)*& *$$)("3 6*="8) 207 *39 %#*) 1&"98$#9 )%&"8+%

&*9("*$)(?# 9#$* 607.

A )(9*; +#3#&*)"& $"3?#&) )%# #3#&+ " )(9*; ;"> (3)" #;#$)&($(). G*)#& )(9*;

?*&(*)("3 *39 %(+%#& )(9*; $8&) ?#;"$()(# $*3 9&**)($*;; (3$*# )%#
http://en.wikipedia.org/wiki/Tidal_stream_generator%23Axial_turbineshttp://en.wikipedia.org/wiki/Bathymetryhttp://en.wikipedia.org/wiki/Tidal_stream_generator%23Axial_turbineshttp://en.wikipedia.org/wiki/Bathymetry


25/40

1")#3)(*; " * ()# "& )(9*; #;#$)&($() +#3#&*)("3


26/40

. GEOTHERMALPOWER PLANT:

G#")%#&*; #3#&+ ( )%#&*;

#3#&+ +#3#&*)#9 *39 )" (3 )%#

E*&)%.

T%#&*; #3#&+ ( )%# #3#&+ )%*) 9#)#&(3# )%# )#1#&*)8 " *))#&.

E*&)%' +#")%#&*; #3#&+ "&(+(3*)# &" )%# "&(+(3*; "&*)("3 " )%# 1;*3#)

6207 *39 &" &*9("*$)(?# 9#$* " (3#&*; 607. T%# +#")%#&*; +&*9(#3),

>%($% ( )%# 9(#$# (3 )#1#&*)8 =#)>##3 )%# $" " )%# 1;*3#) *39 ()

8&*$#, 9&(?# * $"3)(38"8 $"398$)("3 " )%#&*; #3#&+ (3 )%# "& " %#*)

&" )%# $" )" )%# 8&*$#.

T%# "?*=;# $*#))#

T%# +&*?() =*#

1MW RTT UNIT

Duct Diameter

15 metresDuct Length19.2 metres

Turbine Diameter

11.5 Metres


27/40

T%# %#*) )%*) ( 8#9 "& +#")%#&*; #3#&+ $*3 =# )" 9##1 >()%(3 )%#

E*&)%, *;; )%# >* 9">3 )" E*&)%' $" ! ,000 (;# 9">3. A) )%# $",

)#1#&*)8 * *$% "?#& ,000 9#+# F*%%#(). H#*) $"398$) &"

)%# $" )" 8&&"839(3+ &"$-. E)#; %(+% )#1#&*)8 *39 1 $*8#

"# &"$- )" #;), >%($% ( $""3; -3">3 * *+*. M*+* $"3?#$)81>*&9 (3$# () (

;(+%)#& )%*3 )%# ";(9 &"$-. T%( *+* )%#3 %#*) &"$- *39

>*)#& (3 )%# $&8), "#)(# 81 )" 00 9#+# F*%%#() F&" %") 1&(3+,

+#")%#&*; #3#&+ %* =##3 8#9 "& =*)%(3+ (3$# P*;#";()%($ )(# *39 "&

1*$# %#*)(3+ (3$# *3$(#3) R"*3 )(#, =8) () ( 3"> =#))#& -3">3 "&

#;#$)&($() +#3#&*)("3. W"&;9>(9#, *="8) 0,/ #+*>*)) 6MW7 " +#")%#&*;

1">#& ( "3;(3# (3 2 $"83)&(#. A3 *99()("3*; 2 +(+*>*)) " 9($) +#")%#&*;

%#*)(3+ $*1*$() ( (3)*;;#9 "& 9()&($) %#*)(3+, 1*$# %#*)(3+, 1*, (398)&(*;

1&"$##, 9#*;(3*)("3 *39 *+&($8;)8&*; *11;($*)("3. G#")%#&*; 1">#& ( $")

##$)(?#, (*=;#, 8)*(3*=;#, *39 #3?(&"3#3)*;; &(#39;, =8) %*

%()"&($*;; =##3 ;(()#9 )" ** 3#*& )#$)"3($ 1;*)# ="839*&(#. R#$#3)

)#$%3";"+($*; *9?*3$# %*?# 9&**)($*;; #1*39#9 )%# &*3+# *39 ((9#1*9 #1;"()*)("3. G#")%#&*; >#;; #*# +#3%"8#

+*# )&*11#9 9##1 >()%(3 )%# #*&)%, =8) )%## #(("3 * 8$% ;">#& 1#&

#3#&+ 83() )%*3 )%"# " "(; 8#;. A * ), +#")%#&*; 1">#& %* )%#

1")#3)(*; )" %#;1 ()(+*)# +;"=*; >*&(3+ ( >(9#; 9#1;"#9 (3 1;*$# " "(;

8#;


28/40


29/40

/. BIOGAS PLANT:

B("+* )1($*;; #& )" * +* 1&"98$#9 = )%# =(";"+($*; =*-9">3 " "&+*3($

*))#& (3 )%# *=#3$# " "+#3. O&+*3($ >*)# 8$% * 9#*9 1;*3) *39 *3(*;

*)#&(*;, *3(*; 983+, *39 -()$%#3 >*)# $*3 =# $"3?#&)#9 (3)" * +*#"8 8#;

$*;;#9 =("+*. B("+* "&(+(3*)# &" =("+#3($ *)#&(*; *39 ( * )1# "=("8#;.

B("+* ( 1&"98$#9 = )%# *3*#&"=($ 9(+#)("3 "& #)*)("3 " =("9#+&*9*=;#

*)#&(*; 8$% * =("*, *38, #>*+#, 83($(1*; >*)#, +#3 >*)#,

1;*3) *)#&(*;, *39 $&"1. B("+* $"1&(# 1&(*&(; #)%*3# 6CH7 *39

$*&="3 9("(9# 6CO27 *39 * %*?# *;; *"83) " %9&"+#3 8;1%(9# 6H2S7,

"()8 *39 (;"*3#. T%# +*# #)%*3#, %9&"+#3, *39 $*&="3 "3"(9#

6CO7 $*3 =# $"=8)#9 "& "(9(()% "+#3. T%( #3#&+ #*# *;;">

=("+* )" =# 8#9 * * 8#;. B("+* $*3 =# 8#9 * * 8#; (3 *3 $"83)& "& *3

%#*)(3+ 18&1"#, 8$% * $""-(3+. I) $*3 *;" =# 8#9 (3 *3*#&"=($ 9(+#)#&

>%# () ( )1($*;; 8#9 (3 * +* #3+(3# )" $"3?#&) )%# #3#&+ (3 )%# +* (3)"

#;#$)&($() *39 %#*). B("+* $*3 =# $"1#9, 8$% ;(-# 3*)8&*; +*, *39

8#9 )" 1">#& ")"& ?#%($;#. I3 )%# U5, "& #*1;#, =("+* ( #)(*)#9 )"

%*?# )%# 1")#3)(*; )" *$# *&"839 " ?#%($;# 8#;. B("+* ( * #>*=;#

8#;, " () K8*;((# "& #>*=;# #3#&+ 8=(9(# (3 "# 1*&) " )%# >"&;9.

B("+* $*3 *;" =# $;#*3#9 *39 81+&*9#9 )" 3*)8&*; +* )*39*&9 >%#3 ()

=#$"#=("#)%*3#.
http://en.wikipedia.org/wiki/Biofuelhttp://en.wikipedia.org/wiki/Biomethanehttp://en.wikipedia.org/wiki/Biofuelhttp://en.wikipedia.org/wiki/Biomethane


30/40

EXPERIMENT NO:- 5

TITLE:T*&( )89

AIM:T*&( )89

T%# $") " +#3#&*)("3 " #;#$)&($*; #3#&+ $"3() " (#9 $") *39 &833(3+

$"). S(3$# )%# #;#$)&($() +#3#&*)#9 ( )" =# 811;(#9 )" )%# $"38#&, )%#

)")*; $") " +#3#&*)("3 %* )" =# $"?# &" )%# $"38#&. T*&( "&

#3#&+ &*)# * )%# 9(#) #)%"9 " $%*&+(3+ )%# $"38#& "& )%#

$"381)("3 " #;#$)&($(). I) ( 9#(&*=;# )" $%*&+# )%# $"38#& *$$"&9(3+ )"

)%# *(8 9#*39 6-W7 *39 )%# #3#&+ $"38#9 6-W%7.

OBJECTIVES OF TARIFF:

. R#$"?#& " $") " $*1()*; (3?#)#3) (3 +#3#&*)(3+ #K8(1#3),

)&*3(("3 *39 9()&(=8)("3 )#.

2. R#$"?#& " )%# $") " "1#&*)("3, 811;(# *39 *(3)#3*3$# " )%#

#K8(1#3).

. R#$"?#& " )%# $") " *)#&(*;, =(;;(3+ *39 $";;#$)("3 $") * >#;; * "&

($#;;*3#"8 #&?($#.

. A 3#) )8&3 "3 )%# )")*; $*1()*; (3?#)#3) 8) =# #38.

R#K8(#3) " )*&(:

. I) %"8;9 =# #*(#& )" 839#&)*39


31/40

EXPERIMENT NO:- 6

2. I) %"8;9 1&"?(9# ;"> &*)# "& %(+% $"381)("3.

. I) %"8;9 =# 83("& "?#& ;*&+# 1"18;*)("3.

. I) %"8;9 #3$"8&*+# )%# $"38#& %*?(3+ %(+% ;"*9 *$)"&.

/. I) %"8;9 1&"?(9# ;# $%*&+# "& 1">#& $"33#$)("3 )%*3 ;(+%)(3+.

. I) %"8;9 %*?# * 1&"?(("3 " 1#3*;) "& ;"> 1">#& *$)"&.

I3 )%( #1#&(#3) "8 %*?# )*-# *3 "3# 9"#)($ "& (398)&(*; )*&(

)89.


32/40

EXPERIMENT NO:- 7

TITLE:)89 " #3?(&"3#3)*; (1*$) " 1">#& 1;*3).

AIM:)89 " #3?(&"3#3)*; (1*$) " 1">#& 1;*3).

THEORY:!

GLOBAL ENVIRONMENTAL IMPACTS

CLIMATE CHANGE:

T%# +#3%"8# ##$) #*3 )%# *="&1)("3 " "# " )%# %#*) &*9(*)#9 &"

)%# E*&)%' 8&*$# = "!$*;;#9 +#3%"8# +*# 6>*)#& ?*1"8&, CO2 *39

")%#& $"1"839 (3 )%# ;">#& *)"1%#. I )%# ;#?#; ", #.+., CO2 (3 )%#

*)"1%# 1&"+(?#; (3$*# * * ) " %8*3 *$)(?(), () ( )%"8+%)

)%*) )%( >(;; #?#3)8*;; (3$*# )%# 3*)8&*; +#3%"8# ##$) *39 ) (3 *

&(# " )#1#&*)8 (3 )%# ;">#& *)"1%# ;#*9(3+ )" >(9#!1*9 $;(*)#

$%*3+#.

O4ONE LAYER DEPLETION:

O, "& "+. T%# 9& "& *

*$(9($ +*# "& 1*&)($;#. A$(9(($*)("3 ( ;(3-#9 )" *9?# ##$) "3 *K8*)($


33/40

#$")# *39 )#&)&(*; 1;*3) ;(#, #1#$(*;; (3 ** >()% 1""& 3#8)&*;((3+

6=8#&(3+7 $*1*$(). A$(9 $*3 *;" ;#*$% "8) 1"("3"8 )&*$# #)*; &" )%#

&"$- *)&( (3 )%# "(;, )%8 $*8(3+ 9**+# )" ;"&*, *83* *39 %8*3. T%#

##$) * ?#& ()#!1#$(($. H# *3 *11&"*$%, (3 >%($% )%# ##$) ( 9#(3#9 *

)%# *"83) " 1&")"3 6H7 #*#9 (3 * )#&)&(*; )# (3 SO2!#K8(?*;#3),

( 8#9.

EUTROPHICATION :

T%# * )>" *(3 (8# " #8)&"1%($*)("3. T%# (&) ( )%# *9?# ##$) &"

* 9#$;(3# (3 9(";?#9 "+#3 ;#?#; (3 )%# *K8*)($ #3?(&"3#3). T%( $*3

%*11#3 #()%#& >%#3 )%# (3)&"98$)("3 " * ;(()(3+ 38)&(#3) 6+#3#&*;; P "& N7

;#*9 )" (3$*#9 +&">)% " *;+*# 6"#)(# ;#*9(3+ )" =;"" " )"($

1#$(#7 *39 )%8 )" " =("*, "& >%#3 " =("* ( (3)&"98$#9

9($);. T%# 9#$* " )%( =("* * ;#*9 )" * 9#$*# (3 "+#3 ;#?#;. T%#

#$"39 (8# " #8)&"1%($*)("3 ( )%# #&)(;(*)("3 " )#&)&(*; 1;*3), 98# )"

)%# (3)&"98$)("3 " 3()&"+#3 1#$(# 6NOQ, NH "& NH7 6I3)#&3*)("3*;

O&+*3(*)("3 "& S)*39*&9(*)("3, 7.

PHOTOCHEMICAL OQIDANT FORMATION :

P%")"$%#($*; "+ *#$) %8*3 %#*;)%, * >#;; * 1;*3) *39 *3(*;. I)

1&"98$)("3 ( )%# ) " * %(+%; $"1;# $"=8)("3 "& (3#&*;(*)("3

*$)("3 " "&+*3($ *)#&(*; (3 )%# *)"1%# 6?";*)(;# "&+*3($ $"1"839,

VOC7. T%# *$)("3 "$$8& >%#3 )%# "&+*3($ ";#$8;# * $"=(3#9 >()%

NOQ. T%# *$)(?# $"1"3#3) ( "


34/40


35/40

EXPERIMENT NO: 7

TITLE:T&(*; "3 9(##; 1">#& 1;*3)

AIM:- T" 1* ?*&(*=;# 1##9 1#&"&*3$# )#) "3 * "8&!S)&"-#, "8&!

C;(39#& D(##; E3+(3# *39 1* )%# $8&?#:

6(7 BP, BSFC, BMEP, T"&K8# V S1##9 *39

6((7 V";8#)&($ E($(#3$ AF R*)(" V S1##9.

APPARATUS USED:!

F"8&!S)&"-#, "8&!C;(39#& D(##; E3+(3# T#) R(+, S)"1 W*)$%, *39 D(+()*;

T*$%"#)#&.

THEORY :!

I3 )%# 9(##; #3+(3#, *(& ( $"1#9 *9(*=*)($*;; >()% * $"1("3 &*)("

)1($*;; =#)>##3 / *39 20. T%( $"1("3 &*(# )%# )#1#&*)8 )" )%#

(+3()("3 )#1#&*)8 " )%# 8#; ()8 >%($% ( " = (3@#$)(3+ 8#; "3$#

)%# *(& ( $"1#9.

D(##; 8#; ( 8#9 (3 C.I #3+(3# >%($% ( ;# ?";*)(;# )%*3 +*";(3#, *39 >(;;

"3; (+3()# 839#& #?# 1 *39"& ?#& %(+% )#1#&*)8. T%*) *-#

9(##; 8#; *#& )" %*39;#, *39 b$# )%# $%*3$# " * ( "& #1;"("3 %"8;9

)%# 8#; )*3- &81)8 (3 * $&*%.

D(##; 1&"98$# ;*&+# *"83) " )"&K8# 618;;(3+ 1">#&7 *) ;"> #3+(3# 1##9 *

*;; "8&!$;(39#& 9(##; $*3 #*(; 1&"98$# * 8$% )"&K8# * * ;*&+#& (!

$;(39#& +*";(3# #3+(3#. T%( )&"3+ (9!&*3+# )"&K8# +(?# 9(##; $*&

#$#;;#3) 1*(3+ 1">#&. H"">#& &*)(3+ "& 9(##; )#39 )" =# ;">#&,

=#$*8# %"">#& ( * 83$)("3 " 1##9 *39 9(##; )#39 )" %*?# * ;">#&

(3# 6*(8 "1#&*)(3+ 1##97 )%*3 +*";(3# #3+(3#.


36/40

FORMULE USED:!

%&' T"&K8#,

T . W R N!.

W%# R 6D 972 "& 6D )72 , *39

W 6L"*97 6 S! S27 5+,

%&&' B&*-# P">#&,

B P 6 23N T 7 0, 000 5W

W%# N &1, T T"&K8# N!,

%&&&' I39($*)#9 P">#&,

IP 3 6PL)&"-#A N 7 0,000 5W

P M#*3 ##$)(?# 1 N2

L)&"-# )&"-# , A6 $&" #$)("3 " )%# $;(39#&7 3 D2 2

N' N2 6"8& )&"-#7

%&('F8#; C"381)("3,

6 /0 ; 0! 18#;7 6 ) 7 -+

H# ; 0! ;()#&, *39 000 ;()#&

S" ; 0!

6V7 B&*-# M#*3 E#$)(?# P,

BMEP 6 BP 0,0007 L)&"-# A N' N2L)&"-# )&"-# , A6 $&" #$)("3 " )%# $;(39#&7 3 D2 2


37/40

N' N2 6"8& )&"-#7

%(&'B&*-# S1#$(($ F8#; C"381)("3,

BSFC 6 00 7 B P 5+ 5W . %&

%(&&' I39($*)#9 S1#$(($ F8#; C"381)("3,

ISFC 6 00 7 I P 5+ 5W .%&

%(&&&' I39($*)#9 T%#&*; E($(#3$,

6 I P 00 7 6 C.V. 7

%&)'B&*-# T%#&*; E($(#3$,

6 B P 00 7 6 C.V. 7

%X'M*++ $, t! *&"*(& C9 A" + % P*(&P>*)#&-+

W%# C96$"#($(#3) " 9($%*&+#7 , 1*(& 61* 02 7 6R T* 7 -+,

A" 6** " "&(($#7 63 9"2

7 2

, P .02/ =*& , R 0.2 5J5+.5,T* 6 )* 2 7 5, )* A=(#3) )#1#&*)8 "C

%XI' A&" ,!/ "*t&$AF 6*(& 8#; 7 5+5+ " 8#;

%XII' V";8#)&($ #($(#3$,0 %*&" ) 1 ' +

>%# V*(&6 ?";8# " *(& (3%*;#9#$7 6 *(&P*(&7 #$.

V 6>#1) ?";8# #$7 3. 6L)&"-#A N'7 0 #$

%XIII' M#$%*3($*; #($(#3$ ,BPIP


38/40

PROCEDURE:!

. B#" )*&)(3+ )%# #3+(3# $%#$- )%# 8#; 811;, ;8=&($*)("3 "(;.

2. S#) )%# 93*"#)#& )" "&-(3+ )#1#&*)8 *39 )#*9 )*)#

$"39()("3.

. A9@8) )%# 93*"#)#& ;"*9 )" "=)*(3 )%# 9#( #3+(3# 1##9. N")# 9">3

)%# 8#; $"381)("3 &*)#.

/. A9@8) )%# 93*"#)#& )" )%# 3#> ?*;8# " )%# 9#( 1##9. N")# *39

$"&9 )%# 9*)* * (3 )#1

. R#1#*) )%# #1#&(#3) "& ?*&("8 1##9 81 )" )%# &*)#9 1##9 " )%#

#3+(3#.

. D" )%# 3#$#*& $*;$8;*)("3.

OBSERVATIONS:!

N". " C;(39#&, 3

B&*-# D&8 D(*#)#&, D

R"1# D(*#)#&, 9

B", D="

S)&"-#, L)&"-#

E3+(3# D(1;*$##3), V>#1)

E3+(3# H" P">#&, BHP

D#3() " 8#; 6P#)&";7, 18#;

D#3() " M*3"#)#& ;8(9, P>*)#&

O&(($# D(*#)#&, 9"

C"!#($(#3) " D($%*&+#, C9

A=(#3) T#1#&*)8, )*

A)"1%#&($ P, P* .02/ B*&


39/40

C*;"&(($ ?*;8# " 8#;


40/40

OBSERVATION TABLE :

S&.

3"S1##9 RPM L"*9 5G

F8#;

$"381)("3

)(# "& 0

;

M*3"#)#&

*9(3+

CALCULATION :

CONCLUSION:

P#&"&*3$# $8&?# * 1;"))#9 *39 )%# * ((;*& )" )%# )*39*&9

1#&"&*3$# C8&?#

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