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8/18/2019 AD2000-B Sınıfı Dizayn Hesap Şablonu

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SYMBOL

c1c2

g

l

p

p'

s

s'

se

v

V

Da

Di

K K'

S

S'

v'

T

MATERIAL CODE

SYMBOLc1

c2

g

p

p'

s

s'

se

v

V Da

Di

ß

K

K'

S

S'

SK

S'K v'

T

C Y L I N

D I R I C A L S H E L L

T H I C K N E S S C A L C U L A T I O N

C R

O W N A N D K N U C

L E A R E S A M E

T H I C K N E S S T O R İ S P H

E R I C A L E N D S

T H I C K N E S S C A L C U L A T I O N


2/35

MATERIAL CODE

O P E N I N G S I N S H E L L ( F O R N O Z Z L E S )

SYMBOL

Dase

Dida

sa

dİ

dn

IS1

Ss Ao0 Ao1

Ao Ap

SIGv

R

sAblm

c1

c2

c3

SKn

Ks

p

v'

T

MATERIAL CODE

MATERIAL CODE

CALCULATIONS AR


3/35

SYMBOL

Tmax Td

pdDidDadDKidDKa!"R!"!#

!"D#!"R$#!"S#!"S!"DV d%#d%d%&

%x!bD%1!

%1! %0%D!

dD

L A N G E C O N N E C T I O N

W I T H F U L L - F

A C E

K E T


4/35

bDdin$dK

K 20

K'Rm

Re)Rm

c*

SD

+

SA!&T, !A-T.R

%1%1%0%Dd%/s e b

MATERIAL CODE

T,& .! GASK&T

SYMBOL

di

dL

d!

dD

"#

F-SB

F-SP

H

S

S$K

K%&

'F

C

W

W*

MATERIAL CODE

C A L C U L A T I O N O F C I R C I L A R

B O L T E D G A

C A L C U L A T I O

N O F R E + U I R E D

F L A N G E

T H I C K N E S S


5/35

SYMBOL

P

dD

d!

T

S

K

,#

,%

E

SD

D

.#

+

C#

S

S/

MATERIAL CODE

C I R C U L A R F L A T

E N D

W

I T H O U T O P E N

I N G S


6/35

DESCRIPTIONS UNIT

ALLOWANCE FOR MINUS THICKNESS TOLERANCE

CORRESIION 0 EROSION ALLOWANCE

WELD THICKNESS

LENGTH

DESIGN PRESSURE 1

TEST PRESSURE 1

RE+UIRED WALL THICKNESS (OPERATION)

RE+UIRED WALL THICKNESS (TEST)

ACTUAL WALL THICKNESS

2OINT EFFICIENCY FACTOR -

INNER 3OLUME LT

OUTSIDE DIAMETER /454 OF A CYLINDRICAL SHELL

INTERNAL DIAMETER /454 OF A CYLINDRICAL SHELL

NOMINAL DESIGN STRENGTH (OPERATION) N0%

NOMINAL DESIGN STRENGTH (TEST) N0%

SAFETY FACTOR (OPERATION) -

SAFETY FACTOR AT (TEST) -

POISSON$S RATI6 -

TEMPERATURE C

#4#%7P%89S (SPH %89): EN #&%&; PLATE N0%

DESCRIPTIONS UNITALLOWANCE FOR MINUS THICKNESS TOLERANCE

CORRESION 0 EROSION ALLOWANCE

WELD THICKNESS

DESIGN PRESSURE 1

TEST PRESSURE 1

RE+UIRED WALL THICKNESS (OPERATION)

RE+UIRED WALL THICKNESS (TEST)

ACTUAL WALL THICKNESS

2OINT EFFICIENCY FACTOR -

3OLUME M8

OUTSIDE DIAMETER OF HEAD

INSIDE CROWN DIAMETER

SHAPE FACTOR -

NOMINAL DESIGN STRENGTH (OPERATION) N0%

NOMINAL DESIGN STRENGTH (TEST) N0%


SAFETY FACTOR AT (TEST) -

SAFETY FACTOR AGAINST ELACTIC CUPPING AT DESIGN PRESSURE -

SAFETY FACTOR AGAINST ELACTIC CUPPING AT TEST PRESSURE -POISSON$S RATIO -

TEMPERATURE C


7/35

#4#%7P%89S (SPH %89): EN #&%&; PLATE N0%

DESCRIPTIONS UNIT

OUTSIDE SHELL DIAMETER

SHELL THICKNESS

INSIDE SHELL DIAMETER WITH ALLOWENCES

OUTSIDE NOZZLE DIAMETER

NOZZLE THICKNESS

INSIDE NOZZLLE DIAMETER WITHOUT ALLOWENCES

INSIDE NOZZLLE DIAMETER WITH ALLOWENCES

SUPPORTING NOZZLE LENGHT

SUPPORTING NOZZLE THICKNESS INCLUDES ALLOWENCES

MATERIAL AREA (SHELL)(ALLOWENCES REDUCED) %

MATERIAL AREA (NOZZLE)(ALLOWENCES REDUCED) %

TOTAL SUPPORTING MATERIAL AREA % TOTAL PRESSURE LOADED AREA %

MEAN E=ISTING STRESS N0%

UTILIZATION (E=ISTING0ALLOWABLE STRESS) -

CALCULATION THICKNESS

SUPPORTING WIDTH OF SHELL

MINIMUM DISTANCE WITH MUTUAL INFLUENCE

ALLOWANCE FOR MINUS THICKNESS TOLERANCE

CORRESION 0 EROSION ALLOWANCE

CONTSRUCTION ALLOWENCE

SAFETY FACTOR -

ALLOWABLE STRENGTH AT ;&C TEMPERATURES N0%

ALLOWABLE STRENGTH AT ;&C TEMPERATURES N0%

PRESSURE BAR

POISSON$S RATIO -

TEMPERATURE C

#4&&87S%892RG# : EN #&&%9:#??@ STRUCTURAL STEEL (SHELL) N0%

#4#%7P%89S (SPH %89): EN #&%&; PLATE (NOZZLE) N0%

E BELOW SHALL ONLY USE FOR HANDH


8/35

DESCRIPTIONS UNIT

DESIGN TEMPERATURE C

NORMAL TEMPERATURE C

DESIGN PRESSURE BAR

TEST PRESSURE BAR

GASKET DIAMETER INSIDE

GASKET DIAMETER OUTSIDE

FLANGE DIAMETER INSIDE

FLANFE DIAMETER OUTSIDE

FORMULA % N

FORMULA 8 N

FORMULA @ NIF F-SB>F-D3 (FOR SHIFTING GASKET MATERIAL) N

MINIMUM0ACTUAL BOLT LOAD (OPERATION) N

MINIMUM0ACTUAL BOLT LOAD (TESTING) N

MINIMUM0ACTUAL BOLT LOAD (BOLTING-UP) N

USE OF MA=IMUM BOLT FORCE (OPERATION)

USE OF MA=IMUM BOLT FORCE (TEST)

USE OF MA=IMUM BOLT FORCE (BOLTING-UP)

GASKET FACTOR -

INSIDE DIAMETER FACTOR -

OUTSIDE DIAMETER FACTOR -BOLTING FACTOR N0%

BOLT CIRCLE DIAMETER


9/35

HALF EFFECTI3E GASKET WIDTH

PIPE INSIDE DIAMETER

NUMBER OF BOLTS

NOMINAL METRIC BOLT DIAMETER METRIC

ROOT DIAMETER OF BOLT THREAD (WITH DIAMETER FACTOR)

NOMINAL MATERIAL STRENGTH N0%

NOMINAL MATERIAL STRENGTH AT TEST TEMPERATURE N0%

NOMINAL TENSILE STRENGTH N0%

RATIO YIELD STRENGTH0TENSILE STRENGTH

DESIGN ALLOWANCE

SAFETY FACTOR ACC4 TO E+4(@) FOR FDB

AU=ILIARY 3ALUE -

-

-

-

GASKET FACTOR OPERATION GASKET FACTOR TESTING

GASKET FACTOR BOLTING-UP N0%

DETERMINING THREAD(SHAFT) DIAMETER

DETERMINATION OF BOLT DIAMETER

DETERMINATION OF BOLT DIAMETER


KLINGER C@8&& OR ENDURANCE -

DESCRIPTIONS UNIT

INSIDE DIAMETER NUMBER OF BOLTS -

BOLT HOLE DIAMETER


MEAN GASKET DIAMETER

THICKNES OF HUB

BOLT LOAD (OPERATION) N

BOLT LOAD (TEST) N

OPERATING TEMPERATURE C


SAFETY FACTOR (TEST) -NOMINAL DESIGN STRENGTH AT OPERATION TEMPERATURE N0%

NOMINAL DESIGN STRENGTH AT TEST TEMPERATURE N0%

ACTUAL FLANGE THICKNESS

FACTOR -

LE3ER OF THE BOLT LOAD (OPERATION)

FLANGE SECTION MODULUS (OPERATION)

FLANGE SECTION MODULUS (OPERATION)


OPERATION (Sb)

TESTING (Se)

BOLTING-UP (Se)


10/35

DESCRIPTIONS UNIT

DESIGN PRESSURE BAR

GASKET MEAN DIAMETER


OPERATING TEMPERATURE C

SAFETY FACTOR -

NOMINAL DESIGN STRESS N0%

WALL THICKNESS MANUFACTURING TOLERANCE

CORROSION ALLOWANCE

MODULUS OF ELASTICISY N0%

LEAK SAFETY FACTOR -

CHARASTERISTIC GASKET 3ALUE -

GASKET WIDTH

CHARASTERISTIC 3ALUE OF GASKET -

AU=ILIARY 3ALUE OF GASKET -

DESIGN FACTOR -

RE+IRED WALL THICKNESS

PERMISSABLE MINIMUM FINAL WALL THICKNESS



11/35

VALUES REFERANCES FROM AD 2000 MERKB

&4@ AD 2000 $&RK#ATT $.D #0 " -4AT&R 56 A.7A8-&S /513# AD 2000 $&RK#ATT $.D #0 " -4AT&R 56 A.7A8-&S /521

#%-9 $A8I!A-TRI8G SI& AR.VA #, IS."&8 *91:

#9&& D&SIG8 ARA$&T&R

#& D&SIG8 ARA$&T&R

#9 D&SIG8 ARA$&T&R

84@@ AD 2000 $&RK#ATT $.D #1 " -4AT&R *6 -A-ATI.8S /!.R$A62

84 AD 2000 $&RK#ATT $.D #1 " -4AT&R *6 -A-ATI.8S /!.R$A62

@4&& R.8D&D T. R&+IR&D 7A T4I-K8&SS

# AD 2000 $&RK#ATT $.D #0 " -4AT&R 96 S& .! T4& &R$ISSI#& D&

@;8 -A-AT&D //6SA!&T, !A-T.R / >2 !.R$

AD 2000 $&RK#ATT $.D #3 " -4AT&R >6SA!&T, !A-T.R />2 ?I! 8&&&48 STA8DART RATI. !.R ST&&

;& AD 2000 $&RK#ATT $.D #0 " -4AT&R *6 D&SIG8 T&$&RATR& /*1

AD 2000 $&RK#ATT $.D#3 " !İG: ?R&AD&D 7IT4 !.R$A6(0,001


12/35

%89 AD 2000 $&RK#ATT $.D 71 " -4AT&R 26 AR.V&D $AT&RIAS /21


@% D&SIG8 ARA$&T&R@ D&SIG8 ARA$&T&R

8@ D&SIG8 ARA$&T&R;% D&SIG8 ARA$&T&R

D&SIG8 ARA$&T&R

%4 D&SIG8 ARA$&T&R

& D&SIG8 ARA$&T&R

%%4&&??@# AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8 />33 " !.R$

AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8#%@9;8 AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8##84%8%; AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8

%#@4? AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8%8?;4& AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8

##%4#89; AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8 />1 " !.R$

%4 AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8

@ AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8@84;%9? AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8 />31 " !.R$;4@&%9#; AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8 />>3 " !.R$

&4@ AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8

# AD 2000 $&RK#ATT $.D # " -4AT&R 5>6 -A-ATI.8

- D&SIG8 ARA$&T&R

#49 D&SIG8 ARA$&T&R%&9 D&SIG8 ARA$&T&R

%&8 D&SIG8 ARA$&T&R

#& D&SIG8 ARA$&T&R

&48 STA8DART RATI. !.R ST&&

;& AD 2000 $&RK#ATT $.D # " -4AT&R *6 D&SIG8 T&$&RATR& /*1



OLE-HEADHOLE-MANHOLE OTHER FLAN


13/35


;& DESIGN PARAMETER

%& DESIGN PARAMETER

#& DESIGN PARAMETER

#9 DESIGN PARAMETER

#%9 DESIGN PARAMETER

#;& DESIGN PARAMETER


#;9 DESIGN PARAMETER

#%%#4%;? AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA %)

#;@#49@ AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA 8)

%%%4@ AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA @)& AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA ?)

8%9##4988 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #)

@;;48 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #)

##9;%49 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA 9)

4%##9&8 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #8)

@4;#%8%9 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #@)

4?%8&;99 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #9)

#%48 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #-%)

#4# AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #-%)

#4# AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #-%)%% AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #-%)

#9& DESIGN PARAMETER


14/35

##4%9 DESIGN PARAMETER

#%;4 DESIGN PARAMETER

#& DESIGN PARAMETER (PRO3EN BY RE3ERSE ENGINEERING

#% CHECK FOR BOLT SELECTION .d(")

?4#988# AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION FORMULA #@

%89 DESIGN PARAMETER

%%& DESIGN PARAMETER

8& DESIGN PARAMETER

&49%;;; DESIGN PARAMETER

8 AD %&&& MERKBLATT MODUL B - CHAPTER ;4;: ALLOWENCE

#4% AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION 4#4@

# AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE 8)

#4 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE 8)

#4% AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION TABLE 8

#4% AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE 8)

#%48 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #)#%48 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #)

%@;49 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (TABLE #)

4?%8&;99 AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #@)

#4%?%8; AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #;)

#49#@%8@ AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #;)

%89 AD 2000 $&RK#ATT $.D 71 " -4AT&R 26 AR.V&D $AT&RIAS /21- CATALOGUE SELECTION


#%9 DESIGN PARAMETER#& DESIGN PARAMETER




;489 DESIGN PARAMETER

8%9## AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #)

@;; AD %&&& MERKBLATT MODUL B - CHAPTER ;4: CALCULATION (FORMULA #)

;& DESIGN PARAMETER

#49 AD 2000 $&RK#ATT $.D # " -4AT&R 096 S& .! T4& &R$ISSI#& D&

#4&9 AD 2000 $&RK#ATT $.D # " -4AT&R 096 S& .! T4& &R$ISSI#& D&%&9 DESIGN PARAMETER

%89 AD 2000 $&RK#ATT $.D 71 " -4AT&R 26 AR.V&D $AT&RIAS /2184#89#; AD %&&& MERKBLATT MODUL B - CHAPTER 4: CALCULATION (FORMULA 88)

&4? AD %&&& MERKBLATT MODUL B - CHAPTER 4: CALCULATION (TABLE %)

4%9 AD %&&& MERKBLATT MODUL B - CHAPTER 4: CALCULATION (FORMULA 8%)

%&??488@ AD %&&& MERKBLATT MODUL B - CHAPTER 4: CALCULATION (FORMULA #)

#?%%4?%@8 AD %&&& MERKBLATT MODUL B - CHAPTER 4: CALCULATION (FORMULA %)

%89 AD 2000 $&RK#ATT $.D 7" -4AT&R 126 AR.V&D $AT&RIAS /21


15/35


#& DESIGN PARAMETER



;& DESIGN PARAMETER

#49 AD %&&& MERKBLATT MODUL B& - CHAPTER : USE OF THE PERMISSIBLE DE

%&9 DESIGN PARAMETER

&49 DESIGN PARAMETER

# DESIGN PARAMETER

%#&&&& DESIGN PARAMETER

#4% DESIGN PARAMETER

#4# DESIGN PARAMETER

##4%9 DESIGN PARAMETER


#48?# AD %&&& MERKBLATT MODUL B - CHAPTER94: CALCULATION (FORMULA 9)

&4@9 DESIGN PARAMETER

;4%;8?@%; AD %&&& MERKBLATT MODUL B - CHAPTER94: CALCULATION (FORMULA @)

DESIGN PARAMETER

%89 AD 2000 $&RK#ATT $.D 7" -4AT&R 126 AR.V&D $AT&RIAS /21


16/35

LATT CHAPTER B AND W "7

"$7

IG8 STR&SS &V& I8 ;.I8TS /91

IG8 STR&SS &V& I8 ;.I8TS /TA#& 2

IG8 STR&SS &V& I8 ;.I8TS /TA#& 2

LATT CHAPTER B AND W R

!

"1(#i$)

"2

&& ?I! 8&&D@

@

(Se-C1-C2)/Da


17/35

LATT CHAPTER B AND W

A6>

A61

A63A6

E TYPES CALCULATIONS A

WALLTHICKNES RATIO

WALLTHICKNES RATIO


18/35


F-RP7

F-FB7

F-FD7

F-SB7

F-SP7

F-D37


19/35


SIG8 STR&SS &V& I8 ;.I8TS /TA#& 2

SIG8 STR&SS &V& I8 ;.I8TS /TA#& 2


20/35


IGN STRESS LE3EL IN 2OINTS (TABLE %4)


21/35

Da*p 7 84@@%&

K PSDa*p'

7 84%& K' P$S'

TORISPHERICAL ENDS D @%

&#D @4%

>89S #@&&#?89D-&@99S/ #%#4?9%

S/-C#-C%)0D


22/35

< %S"-(,#,%)

#4;;"A-(,#,%)

E BELOW SHALL ONLY USE FOR HANDH


23/35

P4 4di%#%%#48@&

P4 4(dd%-di%)#;@#49@

@&

P0#&4 J4dD4SD4.#7 %%%4@

F-RPF-FBF-FDF-RMB7 8%9##4988@

F-RP*F-FB*F-FD*F-RMB*7 @;;48&

J4dD4.&4KDF-RMD7 ##9;%49

#49#@%

#4%?%

4%##9&%?8


24/35

@4;#%8%9&@

4?%8&;99#%

%&??48@

#?%%4?%

4%9

84#89#??#


25/35


26/35

NUCLE CONNECTION (OPERATION)

*@4#;8@&@%99

K 3

S

ROWN CONNECTION (OPERATION)

%S.)*84@9?@;

K 3*

S

KNUCLE CONNECTION (TEST)

*$@48%?

K'3

S'

CROWN CONNECTION (TEST)

%S.)*$84&9&9@9#

K'

3*$S'

C#C%

C#C%

C#C%

C#C%


27/35

RE!UIRED NO""LE LEN#TH$

S7#4%9((di"S-(,#,%))("S-(,#-,%))) 7 %%4&&??@#

WIDTH O% A PAD REIN%ORCEMENT (&e &,- ./0 Ap)

7((Di"A-,#-,%)("A-,#-,%))7 @84;%99

MUTUAL IN%LUENCES CAN BE I#NORED I% THE DISTANCE

7 %((DiS-C#-C%)("A-,#-,%)) ;4@&%9#;#8

MATERIAL AREA (SHELL)(ALLOWENCES REDUCED)

A6&7("-,#-,%)IS7 #%@9;8

MATERIAL AREA (NO""LE)(ALLOWENCES REDUCED)A6#7("/-,#-,%)7 ##84%8%;

TOTAL SUPPORTIN# MATERIAL AREA

A67A6&A6#7 %#@4?

A*7(%)$%J7 %8?;4&

STREN#TH PROO% (SI#)

FORK"

#89488888S

SIG7 *0#&(A*0A6#0%)


28/35


29/35


30/35


31/35


32/35

E TYPES

ETER IS LIMIT WITH NEARESTREIN%ORCEMENT PAD2AREA


33/35


34/35


35/35

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