hydrostatic pressure test

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TABLE OF CONTENT

NO. CONTENT PAGES

1.0 INTRODUCTION 2

2.0 OBJECTIVE 2

3.0 THEORY/BACKGROUND 3

4.0 APPARATUS 3-4

5.0 PROCEDURES 4

6.0 RESULTS 5-6

7.0 SAPLE CALCULATION 6-7

".0 DISCUSSION 7

#.0 CONCLUSION "

10.0 RE$ERENCES "

1


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1.0 INTRODUCTION

H%&'()*+*, '))' ,) * '))' '*& % + ,& +* ,,',8 & *( * (' (

9'+:,*%. A ,& ,; *,) (;&,*,(; ,) ) ',;,

+))'*) *+* * (' '*& % + (&% ( =+*' &;&) (; &* +(; +;& ,) * )+8 ,; +

&,'*,(;). T) * (' (; + (,;* ,; * ),& ( * *+;< ,) &,;& *( * &* ( *

,,& +* *+* (,;* *,8) * &;),*% ( * ,,&. N+*'+% , = =+;* *( &),9; *+;


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3.0 THEORY/BACKGROUND

T %&'()*+*, '))' ( ,,& ,) * >9'+:,*+*,(;+ '))'> %&. I* ',)) & *( * ,;*',;),

=,9* +) &* @* ,;'+)) +;& ,) ++*& '(8 %& .9.*

F &;),*% ( =+*'

9 F +'+*,(; & *( 9'+:,*% @9#."1

* F &,)*+; '(8 ,,& )'+

T( ++* (' +*,;9 (; 8+)(;'% &+8) (' ),)> ) (' +8 '(8 * %&'()*+*,

'))' *=( )*) +' ','&

• R& * '))' (+& (; +; +*,(; )'+ &(=; *( + ')*+;* (' @$ , ,)

+,& +* + (,;* ( +,+*,(; ( (' * ;*' ( '))'> :'*,+ *( * +*,:

)'+.

• D*'8,; * (),*,(; ( * ;*' ( '))' % &*'8,;,;9 + +;+' ;*' ( ('

(; * +*,: )'+. I* ,) ,')* &8(;)*'+*& (= * ;*' ( '))' +;

&*'8,;&. T ')*+;* (' @$ ,) *; ++*&.

4.0 APPARATUS

,. +*' :))

3


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,,. D*;*,,,. C%,;&' ,:. S*( ,;:. +*' : )+

:,. R,&' :,,. ,9*)

:,,,. H+;&)

5.0 PROCEDURE

1. P+) * 8*% *+;< (; * B; +;& (),*,(; * ++; +'8 (; * ,:(*.2. P+) * ++; +; ,; * 9'((: +* * ;& ( * ++; +'8.3. L: * *+;<4. P(),*,(; * (;*'++; =,9* ;*, * ++; +'8 ,) (',(;*+.5. A&& +


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150 2.0 6" 177 1.70150 2.5 77 174 2.1"150 3.0 "4 172 2.60

150 3.5 #2 16# 3.11150 4.0 #" 167 3.53

A;9 @ LOEST ATER LEVEL S*

@88C

HIGHEST ATER LEVEL S

@88C10 0 100

L: +'8

L @88

A;&&

,9* $G @N

+*' :

R+&,;9 ) @88

C++*& :'

A'8 D @88

R)*+;* ('

$D @N150 1.0 52 1"3 0.#3150 1.5 62 17# 1.34150 2.0 71 176 1."2150 2.5 76 174 2.04150 3.0 #0 170 2.""

150 4.0 103 165 3.67150 4.5 116 162 4.63

5


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@88C


@88C

20 0 100L: +'8

L @88

A;&&

,9* $G @N

+*' :

R+&,;9 ) @88

C++*& :'

A'8 D @88

R)*+;* ('

$D @N

150 1.0 52 1"2 0.##150 1.5 62 177 1.45150 2.0 71 173 1."5150 2.5 75 171 2.07150 3.0 #0 16# 2.#"150 3.5 103 167 3.#0150 4.0 116 164 4.#5


@88C


@88C

30 0 100L: +'8

L @88

A;&&

,9* $G @N

+*' :

R+&,;9 ) @88

C++*& :'

A'8 D @88

R)*+;* ('

$D @N150 1.0 70 177 1.47150 1.5 "1 173 2.2"150 2.0 #0 170 2.#4150 2.5 #" 167 3.53150 3.0 106 165 4.12150 3.5 112 163 4.56

150 4.0 120 160 5.15


@88C


@88C40 0 100L: +'8

L @88

A;&&

,9* $G @N

+*' :

R+&,;9 ) @88

C++*& :'

A'8 D @88

R)*+;* ('

$D @N150 1.0 "4 172 2.47150 1.5 #" 167 3.53150 2.0 106 165 4.12150 2.5 114 162 4.70150 3.0 120 160 5.15150 3.5 12" 157 5.73

150 4.0 136 155 6.32

.0 SA!PLE CALCULATION

1. $(' 0

6


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@S M10088

I & 0.28- 1/3@S

0.2 F 1/3 @ 0.04"

0.1"48 1"488

$ P A+*

@S M 10088

P 9 S/2 @=' A+* S .

$ @@10 #."1 @0.04"/2 @0.04"8 0.0758

0."4 N

2. $(' 30ᵒ

@S 10088

I & 0.158 Q =' @1/12 @10088/@S-5088

I & 0.158 Q @@1/12 @0.18/ @0.1208-0.058

0.168 16088

$ P A+*

@S 10088

P 9 @S F 5088 =' A+* 10088

$ @@10 #."1 @0.12- 0.058 @0.128 0.0758

5.15 N

".0 DISCUSSIONS

7


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T (8+',)(; +& 8+& *=; * ')*+;* (' :+) +;& +;&& =,9*

:+). T ')* )(= * ')*+;* (' :+ &();>* +9' = =,* * +;&& =,9*

:+). T,) 8+% & *( 8+; ''(' +) ,; '+&,;9 * 8+)'8;*) +'+*% +* * (''*

*,8 (' ++'+*) ''(' ) +) * :'*,+ '' ,;9 ),9*% ( (' * ,:(* +'8 (' (;*'

=,9* ,;9 ;(* (8*% +'+* =; &,)+%,;9 ,,',8.

#.0 CONCLUSION

T ',8;* =+) &(; % ((= * '(&' *+* +: ; 9,:;. U;('*;+*%

* ',8;* =+) ;(* ))) +) ( * +'9 ''(' (; (*& &+*+. T,) 8+% & *(

)(8 +)* *+* +& ; &,))) (; &,))),(;. S( = 8)* &( )(8*,;9 *( , * '(8

+(: ) +) 9* * ;= (; ( * ++'+*) +;& 8+


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. O*')

,. L+ '('* )*

9

hydrostatic pressure test

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