Tinh Toan Chot

8/13/2019 Tinh Toan Chot

1/90

Calculation of pinned couplings

i Calculation without errors.ii Project information

Nhp d liu1.0 Ti tr ng !" c#c th$ng s% c& 'n c(a ') l*p gh+p1.1 n v tnh ton1.2 Coupling t,pe - ecuring pin. /oading with trans!ersal shearing force.

1.3 / c t#c d ng l2n ') l*p gh+p 1.13 3aterial of top 'oard 4min. tensile str1.4 Cng su t tru!"n #$ng % &.4' (k)* 1.141.+ ,-c #$ tr c n 1+//./ (0m n* 1.1+ $ "n k o g h5n1.' 6oment 7o8n , 4&.49 (:m* 1.1' ;p su t cho ph p 1.& ?@c tc A ng B 1112.1 (:* 1.1& ;p su t cho ph p

1. Th$ng s% l"m !ic !" l*p gh+p c(a ') gh+p 1.1 3aterial of 'ottom 'oard 4min. tensil1.9 ?o5 tD trEng 1.191.1/ ?o5 ch-t 1.2/ $ "n k o g h5n1.11 F Gu =8p gh p 1.21 ;p su t cho ph p 1.12 H s- an toJn 1.&/ 1.22 ;p su t cho ph p 6.0 Thi7t 87 89ch th:;c c(a ') l*p gh+pm tra '?n cho ') l*p gh+p3.1 =i>m tra '?n c*t cho ch%t 3.9 Chec8 of contact pressure - Pin @ Top3.2 Kng su t c8t cho ph p 1//./ (6%a* 3.1/ ;p su t g h5n3.3 Kng su t so snh 2.+ (6%a* 3.11 ;p su t so snh3.4 $ an toJn 4/.' 3.12 $ an toJn3.+ =i>m tra '?n u%n cho ch%t 3.13 Chec8 of contact pressure - Pin @ Aott

3.' Kng su t u-n cho ph p (6%a* 3.14 ;p su t g h5n3.& Kng su t so snh s (6%a* 3.1+ ;p su t so snh3. $ an toJn 3.1' $ an toJnB.0 uDt 'n !E ra h th%ng CFG

s f

N

sN


2/90

Bo

ength5 h

3+/./ (6%a*9/./ (6%a*3/./ (6%a*

strength5

&//./ (6%a*2//./ (6%a*3+./ (6%a*

'oard9/./ (6%a*3.' (6%a*

24.'&om 'oard

2//./ (6%a*1. (6%a*

1/9.'3

Tmpp

p


3/90

CalculationHs unitsLI Mn ts Imper a=

Connection t,pe

Borce ,orWue B 7eA% n for spr ng attachment. transversa= 1 / 1Lecur ng p n. transversa= s 1 / 1Cross p n n roA anA s=eeve. ?oaA ng X th 1 / 1TaA a= p n for shaftYhu connect th tors ona= / 1 1?ong tuA na= p n for shaftYhu co th tors ona= / 1 1C=ev s p n for rotat ng roAYc=ev s transversa= 1 / /

3essagesQoarA mater a= h Nrm of force % n Y QoarA6ater a= s ,h ckness of oarA6ater a= of top oarA s1 ,h ckness of % n Y ,op oarA

6ater a= of ottom oarA s2 ,h ckness of % n Y Qottom oarAL=eeve mater a= R ToA A amete % n Y L=eeveToA mater a= R1 L=eeve A am % n Y ToAHu mater a= R Lhaft A amet % n Y HuLhaft mater a= R1 Hu A amete % n Y LhaftHu mater a= R Lhaft A amet % n Y HuLhaft mater a= R1 Hu A amete % n Y LhaftC=ev s mater = a ToA X Ath % n Y C=ev sToA mater a= C=ev s X Ath % n Y ToA

T,pe of load ,D trEng tZnh 1 1

,D trEng =[p =5 /.& /. ,D trEng #\ ch "u /.+ /.4

T,pe of pinCh-t #[c 1 1Ch-t c] r^nh /.& /.

T,pe of fit?8p c- #nh 1?8p A #$ng /.2

Pin name

Ch-t k_p ch` MCh-t trCh-t m$ngCh-t thanhCh-t cnCh-t tr c] r^nhCh-t tr c] r^nhCh-t th ng


4/90

3aterial ta'le

6ater a= IR Char HarAness

6%aNVLtructura= stee= Ltructura= ste N 3+/QVLtructura= stee= Ltructura= ste Q +//CVLtructura= stee=


5/90

QL S: 2234/ Q Y C=ev s p ns X QL S: 2234/ C=ev s p ns X 1 /./393&QL S: 22341 N Y C=ev s p ns X QL S: 22341 C=ev s p ns X 1 /./393&QL S: 22341 Q Y C=ev s p ns X QL S: 22341 C=ev s p ns X 1 /./393&QL S: IL 233 N Y %ara==e= p nQL S: IL 23 %ara==e= p ns 1 /./393&QL S: IL 233 Q Y %ara==e= p nQL S: IL 23 %ara==e= p ns 1 /./393&QL S: IL 233 C Y %ara==e= p nQL S: IL 23 %ara==e= p nsU 1 /./393&QL S: IL &34 Y %ara==e= p nsU QL S: IL &%ara==e= p nsU 1 /./393&QL S: IL &33 Y %ara==e= p ns QL S: IL &%ara==e= p ns 1 /./393&QL S: IL &3+ Y %ara==e= p ns QL S: IL &%ara==e= p ns 1 /./393&QL S: 22339 Y ,aper p nsU unh QL S: 22339 ,aper p nsU u 1 /./393&

IL Q 13+4 N Y %ara==e= p ns X th IL Q 13+4 N %ara==e= p ns 1 /./393& IL Q 13+4 Q Y %ara==e= p ns X th IL Q 13+4 Q %ara==e= p ns 1 /./393& IL Q 13+4 C Y %ara==e= p nsU un IL Q 13+4 C %ara==e= p nsU 1 /./393& IL Q 13++ Y %ara==e= p nsU harA IL Q 13++ %ara==e= p nsU 1 /./393& IL Q 13+2 Y ,aper p nsU unharA IL Q 13+2 ,aper p nsU u 1 /./393&

L: S: 2234/ N Y C=ev s p ns L: S: 2234 C=ev s p ns X 1 /./393&L: S: 2234/ Q Y C=ev s p ns L: S: 2234 C=ev s p ns X 1 /./393&L: S: 22341 N Y C=ev s p ns L: S: 2234 C=ev s p ns X 1 /./393&L: S: 22341 Q Y C=ev s p ns L: S: 2234 C=ev s p ns X 1 /./393&L: S: IL 233 N Y %ara==e= p L: S: IL 2 %ara==e= p ns 1 /./393&L: S: IL 233 Q Y %ara==e= p L: S: IL 2 %ara==e= p ns 1 /./393&L: S: IL 233 C Y %ara==e= p L: S: IL 2 %ara==e= p nsU 1 /./393&L: S: IL &34 Y %ara==e= p n L: S: IL %ara==e= p nsU 1 /./393&L: S: IL &33 Y %ara==e= p n L: S: IL %ara==e= p ns 1 /./393&L: S: IL &3+ Y %ara==e= p n L: S: IL %ara==e= p ns 1 /./393&L: S: 22339 Y ,aper p nsU un L: S: 2233 ,aper p nsU u 1 /./393&

FN J A1K.K.1A ?m n ?ma7 ?e

301' /.1 &+ /.+'2+ 2 /.14104 /.2+ /.&+ 2.+ /.142+01' /.312+ /.93&+ 2.+ /.130 /.3&+ 1 2.+ /.1 2&01' /.43&+ 1.12+ 2.+ /.1102 /.+ 1.2+ 3 /.233+0 /.'2+ 1.+ 4 /.233304 /.&+ 1. &+ 4 /.2 2&0 /. &+ 2 4 /.2 21 1 2.2+ 4 /.2 2

FN J A1K.K.6 @ Lardened ground machine dowel pinsA ?m n ?ma7 ?e

1 1' /./'2+ /.1 &+ /.&+ /./4+3 32 /./93 /.312+ 1 /./+'1 /.12+ /.3&+ 2 /./&13 1' /.1 &+ /.+ 2 /./921 4 /.2+ /.+ 2.+ /.11+ 1' /.312+ /.+ 2.+ /.1443 /.3&+ /.+ 3 /.1&& 1' /.43&+ /. &+ 3 /.19'


6/90

1 2 /.+ 1 4 /.21&+ /.'2+ 1.2+ + /.2+3 4 /.&+ 1.+ ' /.31& /. &+ 2 ' /.3+31 1 2 ' /.4/3

FN J A1K.K.6 @ Lardened ground production dowel pinsA ?m n ?ma7 ?e1 1' /./'2+ /.1 &+ 1 /3 32 /./93 /.1 &+ 2 /& '4 /.1/94 /.1 &+ 2 /1 /.12+ /.1 &+ 2 /+ 32 /.1+'3 /.1 &+ 2 /3 1' /.1 &+ /.1 &+ 2 /& 32 /.21 /.2+ 2 /1 4 /.2+ /.2+ 2.+ /+ 1' /.312+ /.312+ 2.+ /3 /.3&+ /.3&+ 3 /

FN J A1K.K.6 @ Mnhardened ground dowel pinsA ?m n ?ma7 ?e

101' /./'2+ /.2+ 1 /./+3032 /./93 /.2+ 1.+ /./+10 /.12+ /.2+ 2 /./++032 /.1+'3 /.2+ 2 /./+301' /.1 &+ /.2+ 2 /./+&032 /.21 /.2+ 2 /./+104 /.2+ /.2+ 2.+ /./++01' /.312+ /.312+ 2.+ /./30 /.3&+ /.3&+ 2.+ /./&01' /.43&+ /.43&+ 2.+ /./102 /.+ /.+ 3 /./+0 /.'2+ /.'2+ 4 /.11304 /.&+ /.&+ 4 /.11&0 /. &+ /. &+ 4 /.141 1 1 4 /.14

FN J A1K.K.6 @ traight pins with chamfered endsA ?m n ?ma7 ?e

101' /./'2+ /.2+ 1 /./+3032 /./93 /.2+ 1.+ /./+& '4 /.1/94 /.2+ 2 /./+10 /.12+ /.2+ 2 /./++032 /.1+'3 /.2+ 2 /./+301' /.1 &+ /.2+ 2 /./+&032 /.21 /.2+ 2 /./+104 /.2+ /.2+ 2.+ /./++01' /.312+ /.312+ 2.+ /./30 /.3&+ /.3&+ 2.+ /./&01' /.43&+ /.43&+ 2.+ /./


7/90

102 /.+ /.+ 3 /./+0 /.'2+ /.'2+ 4 /.11304 /.&+ /.&+ 4 /.11&0 /. &+ /. &+ 4 /.111 1 1 4 /.11

FN J A1K.K.6 @ traight pins with s uare endsA ?m n ?ma7 ?e101' /./'2+ /.2+ 1 /3032 /./93 /.2+ 1.+ /& '4 /.1/94 /.2+ 2 /10 /.12+ /.2+ 2 /+032 /.1+'3 /.2+ 2 /301' /.1 &+ /.2+ 2 /&032 /.21 /.2+ 2 /104 /.2+ /.2+ 2.+ /+01' /.312+ /.312+ 2.+ /30 /.3&+ /.3&+ 2.+ /&01' /.43&+ /.43&+ 2.+ /102 /.+ /.+ 3 /+0 /.'2+ /.'2+ 4 /304 /.&+ /.&+ 4 /&0 /. &+ /. &+ 4 /1 1 1 4 /

FN J A1K.K.6 @ Taper pinsA ?m n ?ma7 ?e

& / /./'2+ /.2+ 1 /' / /./& /.2+ 1 /+ / /./94 /.2+ 1 /4 / /.1/9 /.2+ 1 /3 / /.12+ /.2+ 1 /2 / /.141 /.+ 1.2+ // /.1+' /.+ 1.2+ /1 /.1&2 /.&+ 1.2+ /2 /.193 /.&+ 1.+ /3 /.219 /.&+ 1.&+ /4 /.2+ /.&+ 2 /+ /.2 9 1 2.+ /' /.341 1.2+ 3 /& /.4/9 1.2+ 3.&+ /

/.492 1.2+ 4.+ /9 /.+91 1.2+ +.2+ /1/ /.&/' 1.+ ' /11 /. ' 2 /12 1./32 2 9 /13 1.241 3 11 /14 1.+21 3 13 /

J O 6


8/90

A ?m n ?ma7 ?e3 3 ' 3/ 24 4 4/ 2+ + 1/ +/ 4' ' 12 '/ 4

1' / 41/ 1/ 2/ 1// 412 12 24 12/ '14 14 2 14/ '1' 1' 32 1'/ '1 1 3+ 1 / '2/ 2/ 4/ +//22 22 4+ +//24 24 +/ +//2& 2& ++ +//3/ 3/ '/ +//33 33 '+ +//3' 3' &/ +//4/ 4/ / +//4+ 4+ 9/ +//+/ +/ 1// +//++ ++ 12/ +// 12'/ '/ 12/ +// 12&/ &/ 14/ +// 12/ / 1'/ +// 129/ 9/ 1 / +// 121// 1// 2// +// 12

J O 6


9/90

++ ++ 12/ +// 3'/ '/ 12/ +// 3&/ &/ 14/ +// 4+/ / 1'/ +// 4+9/ 9/ 1 / +// 4+1// 1// 2// +// 4+

J O 6


10/90

24 24 +/ +// 12.22& 2& ++ +// 12.23/ 3/ '/ +// 1433 33 '+ +// 143' 3' &/ +// 144/ 4/ / +// 144+ 4+ 9/ +// 1&+/ +/ 1// +// 1&++ ++ 12/ +// 19'/ '/ 12/ +// 19&/ &/ 14/ +// 22.+/ / 1'/ +// 22.+9/ 9/ 1 / +// 22.+1// 1// 2// +// 22.+

J O 6


11/90

' ' 22 9/ 2.422 12/ 3.2

1/ 1/ 2' 1'/ 412 12 32 1 / +1' 1' 4/ 2// '2/ 2/ 4+ +// &2+ 2+ +/ +//3/ 3/ ++ +// 1/4/ 4/ '/ +// 12.'+/ +/ '+ +// 1'

J O 6


12/90

J O K


13/90

A ?m n ?ma7 ?e/.' /.' 2 ' /.2/. /. 2 /.2'1 1 4 1/ /.321.2 1.2 4 12 /.411.+ 1.+ 4 1' /.+1.' 1.' 4 1' /.+2 2 ' 2/ /.'2.+ 2.+ ' 24 /.&3 3 3/ /.94 4 4/ 1.13+ + 1/ +/ 1.43' ' 12 '/ 2

14 / 2.'1/ 1/ 1 9+ 3.212 12 22 14/ 4.113 13 22 14/ 4.11' 1' 2' 1 / +2/ 2/ 3+ 2// '2+ 2+ +/ 2// &3/ 3/ '/ 2// 94/ 4/ / 2// 11.3+/ +/ 9+ 2// 14.3

SJ A 1


14/90

A ?m n ?ma7 ?e/.' /.' 2 ' //. /. 2 /1 1 4 1/ /1.2 1.2 4 12 /1.+ 1.+ 4 1' /1.' 1.' 4 1' /2 2 ' 2/ /2.+ 2.+ ' 24 /3 3 3/ /4 4 4/ /+ + 1/ +/ /' ' 12 '/ /

14 / /1/ 1/ 1 9+ /12 12 22 14/ /13 13 22 14/ /1' 1' 2' 1 / /2/ 2/ 3+ 2// /2+ 2+ +/ 2// /3/ 3/ '/ 2// /4/ 4/ / 2// /+/ +/ 9+ 2// /

SJ A 1


15/90

4 4 14 ++ 1+ + 1 '/ 1.2'' ' 22 9/ 1.'

22 12/ 21/ 1/ 2' 1'/ 2.412 12 32 1 / 3.21' 1' 4/ 2// 42/ 2/ 4+ 2// +2+ 2+ +/ 2// '3/ 3/ ++ 2//4/ 4/ '/ 2// 1/+/ +/ '+ 2// 12.'

roo!ed pinsMser p n 1 1N:LI Q1 . .2 N Y brooveA p ns N:LI Q1 . .2 brooveA p ns 2+.4 1N:LI Q1 . .2 Q Y brooveA p nsU N:LI Q1 . .2 brooveA p ns 2+.4 1N:LI Q1 . .2 C Y brooveA p ns N:LI Q1 . .2 brooveA p ns 2+.4 1N:LI Q1 . .2 R Y brooveA p nsU N:LI Q1 . .2 brooveA p ns 2+.4 1N:LI Q1 . .2 S Y brooveA p nsU N:LI Q1 . .2 brooveA p ns 2+.4 1IL &4/ Y brooveA p ns IL &4/ brooveA p ns 1 /./393&IL &39 Y brooveA p ns X th pIL &39 brooveA p ns 1 /./393&IL &41 Y brooveA p nsU ha=fY=IL &41 brooveA p ns 1 /./393&IL &42 Y brooveA p nsU th rAYIL &42 brooveA p ns 1 /./393&IL &43 Y brooveA p nsU ha=fY=IL &43 brooveA p ns 1 /./393&IL &44 Y brooveA p nsU fu==Y=IL &44 brooveA p ns 1 /./393&IL &4+ Y brooveA p nsU ha=fY=IL &4+ brooveA p ns 1 /./393&IL &4' Y brooveA p ns X th r IL &4' brooveA p ns 1 /./393&RI: 14&3 Y brooveA p ns RI: 14&3 brooveA p ns 1 /./393&RI: 14&/ Y brooveA p ns X th RI: 14&/ brooveA p ns 1 /./393&RI: 14&4 Y brooveA p nsU ha=fY=RI: 14&4 brooveA p ns 1 /./393&RI: 14&+ Y brooveA p nsU th rARI: 14&+ brooveA p ns 1 /./393&RI: 14&1 Y brooveA p nsU fu==Y=RI: 14&1 brooveA p ns 1 /./393&RI: 14&2 Y brooveA p nsU ha=fY=RI: 14&2 brooveA p ns 1 /./393&RI: 14&' Y brooveA p ns X th r RI: 14&' brooveA p ns 1 /./393&QL S: IL &4/ Y brooveA p ns QL S: IL & brooveA p ns 1 /./393&QL S: IL &39 Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &41 Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &42 Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &43 Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &44 Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &4+ Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&QL S: IL &4' Y brooveA p ns QL S: IL &brooveA p ns 1 /./393&L: S: IL &4/ Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &39 Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &41 Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &42 Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &43 Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &44 Y brooveA p L: S: IL brooveA p ns 1 /./393&L: S: IL &4+ Y brooveA p L: S: IL brooveA p ns 1 /./393&


16/90

L: S: IL &4' Y brooveA p L: S: IL brooveA p ns 1 /./393&

FN J A1K.K.6 FA ?m n ?ma7 ?e

1032 /./312 /.12+ /.+ /30'4 /./4'9 /.12+ /.'2+ /101' /./'2+ /.12+ 1 /+0'4 /./& 1 /.2+ 1 /3032 /./93 /.2+ 1.2+ /&0'4 /.1/94 /.12+ 1.2+ /10 /.12+ /.12+ 1.+ /+032 /.1+'3 /.3&+ 2 /301' /.1 &+ /.3&+ 2.2+ /&032 /.21 /.+ 3 /104 /.2+ /.+ 3.2+ /+01' /.312+ /.'2+ 3.+ /30 /.3&+ /.&+ 4.2+ /&01' /.43&+ /. &+ 4.+ /102 /.+ 1 4.+ /

J O K B0A ?m n ?ma7 ?e

1.+ 1.+ 2/ /.2 2 3/ 1./+2.+ 2.+ 1/ 3/ 1.33 3 1/ 4/ 1.'4 4 1/ '/ 1.9+ + 14 '/ 2.33' ' 14 / 2.9

14 1// 3.'1/ 1/ 1 1// 4.212 12 22 1// +.41' 1' 22 1// '.'2/ 2/ 2' 1// .+2+ 2+ 2' 1// 1/.+

J O K


17/90

2+ 2+ 2' 1// '

ISO 8741

A ?m n ?ma7 ?e1.+ 1.+ 2/ /.42 2 3/ /.+2.+ 2.+ 3/ /.'3 3 4/ /.4 4 1/ '/ 1+ + 1/ '/ 1.2'' ' 12 / 1.'

14 1// 21/ 1/ 1 1'/ 2.412 12 2' 2// 3.21' 1' 2' 2// 42/ 2/ 2' 2// +2+ 2+ 2' 2// '

J O K B6U J O K B< A ?m n ?ma7 ?e1.+ 1.+ 2/ /.42 2 12 3/ /.+2.+ 2.+ 12 3/ /.'3 3 12 4/ /.4 4 1 '/ 1+ + 1 '/ 1.2'' ' 2/ / 1.'

2' 1// 21/ 1/ 32 1'/ 2.412 12 4/ 2// 3.21' 1' 4+ 2// 42/ 2/ 4+ 2// +2+ 2+ 4+ 2// '

J O K BBA ?m n ?ma7 ?e

1.+ 1.+ 2/ /.42 2 3/ /.+2.+ 2.+ 3/ /.'3 3 4/ /.4 4 '/ 1+ + '/ 1.2'' ' 1/ / 1.'12 1// 21/ 1/ 14 12/ 2.412 12 14 12/ 3.21' 1' 22 12/ 42/ 2/ 2' 12/ +2+ 2+ 2' 12/ '


18/90

J O K BQA ?m n ?ma7 ?e

1.+ 1.+ 2/ /.42 2 3/ /.+2.+ 2.+ 3/ /.'3 3 4/ /.4 4 1/ '/ 1+ + 1/ '/ 1.2'' ' 1/ / 1.'

14 1// 21/ 1/ 14 12/ 2.412 12 1 12/ 3.21' 1' 2/ 12/ 42/ 2/ 2/ 12/ +2+ 2+ 2/ 12/ '

J O K BVA ?m n ?ma7 ?e

1.4 1.4 3 ' /.421.' 1.' 3 /.42 2 3 1/ /.'2.+ 2.+ 3 12 /.&+3 3 3 1' /.94 4 4 2/ 1.2+ + ' 2+ 1.+' ' 3/ 1.

1/ 4/ 2.41/ 1/ 12 4/ 312 12 12 4/ 3.'1' 1' 1' 4/ 4.2/ 2/ 2/ 4/ '

FN J pin length/ist 1 /ist 6 /is

( n* (mm* ( n* (mm* ( n*/.+ 12.&/ /.2+ '.3+ /.12+

/.'2+ 1+. /.312+ &.94 /.2+/.' &+ 1&.4' /.3&+ 9.+3 /.3&+

/.&+ 19./+ /.43&+ 11.11 /.+/. 12+ 2/.'4 /.+ 12.&/ /.'2+/. &+ 22.23 /.+'2+ 14.29 /.&+

/.93&+ 23. 1 /.'2+ 1+. /. &+1 2+.4/ /.' &+ 1&.4' 11.12+ 2 .+ /.&+ 19./+ 1.2+

1.2+ 31.&+ /. 12+ 2/.'4 1.+1.3&+ 34.93 /. &+ 22.23 1.&+

1.+ 3 .1/ /.93&+ 23. 1 21.'2+ 41.2 1 2+.4/ 2.2+1.&+ 44.4+ 1.12+ 2 .+ 2.+

1. &+ 4&.'3 1.2+ 31.&+ 2.&+


19/90

2 +/. / 1.3&+ 34.93 32.2+ +&.1+ 1.+ 3 .1/ 3.2+2.+ '3.+/ 1.'2+ 41.2 3.+3 &'.2/ 1.&+ 44.4+ 3.&+

3.+ .9/ 1. &+ 4&.'3 44 1/1.'/ 2 +/. / 4.2+

2.2+ +&.1+ 4.+2.+ '3.+/3 &'.2/

3.+ .9/4 1/1.'/

J O pin length/ist 1 /ist 6 /is

(mm* ( n* (mm* ( n* (mm*2 /./& & 3 /.11 1 33 /.11 1 4 /.1+&+ 44 /.1+&+ + /.19'9 ++ /.19'9 ' /.23'2 '' /.23'2 /.31+/

/.31+/ 1/ /.393& 1/1/ /.393& 12 /.4&24 1212 /.4&24 1' /.'299 1414 /.++12 2/ /.& &4 1'1' /.'299 2+ /.9 43 11 /.&/ & 3/ 1.1 11 2/2/ /.& &4 3+ 1.3& / 2222 /. ''1 4/ 1.+&4 2424 /.9449 2'2' 1./23' 22 1.1/24 3/3/ 1.1 11 3232 1.2+9 3+3+ 1.3& / 4/4/ 1.+&4 4+4+ 1.&&1& +/+/ 1.9' + ++++ 2.1'+4 '/'/ 2.3'22 '+'+ 2.++91 &/&/ 2.&++9 &+&+ 2.9+2 // 3.149' ++ 3.34'+ 9/9/ 3.+433 9+9+ 3.&4/2 1//

1// 3.93&/ 12/12/ 4.&244 14/14/ +.+11 1'/1'/ '.2992 1 /


20/90

1 / &./ '' 2//2// &. &4/22/ .''1424/ 9.442'/ 1/.23'22 / 11./23'3// 11. 11/32/ 12.+9 434/ 13.3 +3'/ 14.1&323 / 14.9'/'4// 1+.&4 /42/ 1'.+3+444/ 1&.3224'/ 1 .11/24 / 1 . 9&'+// 19.' +/

Mser pin diameter ( n* (mm*10'4 /./1+' /.4 /.41032 /./312 /.+ /.+30'4 /./4'9 /.' /.'101' /./'2+ /. /.+0'4 /./& 1 1 13032 /./93 1.2 1.2&0'4 /.1/94 1.+ 1.+10 /.12+ 2 2

+032 /.1+'3 2.+ 2.+301' /.1 &+ 3 3&032 /.21 4 4104 /.2+ + ++01' /.312+ ' '30 /.3&+ & &

&01' /.43&+102 /.+ 9 9

901' /.+'2+ 1/ 1/+0 /.'2+ 11 11

1101' /.' &+ 12 12304 /.&+ 13 13

1301' /. 12+ 14 14&0 /. &+ 1+ 1+

1+01' /.93&+ 1' 1'1 1 1& 1&1 101' 1./'2+ 1 11 10 1.12+ 19 19

1 301' 1.1 &+ 2/ 2/1 104 1.2+ 21 21

1 +01' 1.312+ 22 221 30 1.3&+ 24 24


21/90

1 &01' 1.43&+ 2+ 2+1 102 1.+ 2' 2'

1 901' 1.+'2+ 2 21 +0 1.'2+ 3/ 3/

1 1101' 1.' &+ 32 321 304 1.&+ 34 34

1 1301' 1. 12+ 3+ 3+1 &0 1. &+ 3' 3'1 1+01' 1.93&+ 3 3

2 2 4/ 4/2 101' 2./'2+ 42 422 10 2.12+ 4+ 4+

2 301' 2.1 &+ 4 42 104 2.2+ +/ +/

2 +01' 2.312+ +3 +32 30 2.3&+ ++ ++

2 &01' 2.43&+ +' +'2 102 2.+ '/ '/

2 901' 2.+'2+ '3 '32 +0 2.'2+ '+ '+2 1101' 2.' &+ ' '

2 304 2.&+ &/ &/2 1301' 2. 12+ &+ &+

2 &0 2. &+ / /2 1+01' 2.93&+ + +

3 3 9/ 9/3 101' 3./'2+ 9+ 9+3 10 3.12+ 1// 1//

3 301' 3.1 &+ 11/ 11/3 104 3.2+ 12/ 12/

3 +01' 3.312+ 12+ 12+3 30 3.3&+ 13/ 13/3 &01' 3.43&+ 14/ 14/3 102 3.+ 1+/ 1+/

3 901' 3.+'2+ 1'/ 1'/3 +0 3.'2+ 1&/ 1&/

3 1101' 3.' &+ 1 / 1 /3 304 3.&+ 19/ 19/

3 1301' 3. 12+ 2// 2//3 &0 3. &+ 22/ 22/

3 1+01' 3.93&+ 24/ 24/4 4 2+/ 2+/

4 301' 4.1 &+ 2'/ 2'/4 104 4.2+ 2 / 2 /4 30 4.3&+ 3// 3//

4 &01' 4.43&+ 32/ 32/4 102 4.+ 34/ 34/4 304 4.&+ 3'/ 3'/4 &0 4. &+ 3 / 3 /

4 1+01' 4.93&+ 4// 4//


22/90

+ + 42/ 42/+ 301' +.1 &+ 44/ 44/+ 104 +.2+ 4+/ 4+/

+ &01' +.43&+ 4'/ 4'/+ 102 +.+ 4 / 4 /+ 304 +.&+ +// +//

+ 1+01' +.93&+' '' 104 '.2+' 102 '.+' 304 '.&+

& && 104 &.2+& 102 &.+& 304 &.&+

102 .+9 9

9 102 9.+1/ 1/11 1112 1213 1314 141+ 1+1' 1'1 12/ 2/


23/90

6ater a= Lhear QenA ng ,ors on % ns count R ameter % cture1 / 1 / 1 / %IC /12 1 / / 1/ / %IC /22 1 / / 2 1 %IC /32 1 / 1 1 1 %IC /42 1 / 1 2 1 %IC /+2 1 1 / 1 1 %IC /'


24/90

%erm ss =e pressure

B 7eA f t Tunn ng f tks 6%a ks 6%a ks 6%a ks+/ 9/ 13 3/ 4.+ +/ &.+&2 12+ 1 3/ 4.+ &/ 1/& 1'/ 23 3/ 4.+ 9/ 13

1// 1 / 2' 3/ 4.+ 1// 14.+&2 13/ 19 3+ + &+ 11

1// 2// 29 3+ + 11/ 1'9+ 22/ 32 4/ ' 1// 14.+

12/ 2+/ 3' 4/ ' 11/ 1'+/ / 12 1 2.+ +/ &.+3/ &/ 1/ 12 2 2+ 3.++ 13/ 19 2/ 3 +/ &.+3' 9/ 13 1 2.+ 3+ +22 32 + 2/ 3 2/ 3

, R am mm , R am mm , R am n , ?en mm , ?en n /.4 +// , % n N1 1 , R r N1 1 , % n N1 1 , ?en N1 m , ?en N1 /.1 &+ 1 , % n N1 2 , R r N1 2 , % n N1 2 , ?en N4 m , ?en N4 /./'2+ 1 , % n N1 2 , R r N1 2 , % n N1 2 , ?en N+ m , ?en N+ /./'2+ /.3&+ , % n N1 2 , R r N1 2 , % n N1 2 , ?en N2 m , ?en N2 /./'2+ 1 , % n N1 2 , R r N1 2 , % n N1 2 , ?en N2 m , ?en N2 /./'2+ 1 , % n N1 2 , R r N1 2 , % n N1 2 , ?en N2 m , ?en N2 /./'2+ 1 , % n N1 2 , R r N1 2 , % n N1 2 , ?en N' m , ?en N' /./'2+ 1.+21 , % n I234/N, % n I234/N, R r I234/N , ?en I1 , ?en I1 n 3 1// , % n I234/Q, % n I234/Q, R r I234/Q , ?en I1 , ?en I1 n 3 1// , % n I2341N, % n I2341N, R r I2341N , ?en I1 , ?en I1 n 3 1// , % n I2341Q, % n I2341Q, R r I2341Q , ?en I1 , ?en I1 n 3 1// , % n I233 N, % n I233 N, R r I233 N , ?en I1 , ?en I1 n /.' +/ , % n I233 Q, % n I233 Q, R r I233 Q , ?en I1 , ?en I1 n /.' +/ , % n I233 C, % n I233 C, R r I233 C , ?en I1 , ?en I1 n /.' +/ , % n I &34 , % n I &34 , R r I &34 , ?en I3 , ?en I3 n 1 2/ , % n I &33 , % n I &33 , R r I &33 , ?en I3 , ?en I3 n ' +/ , % n I &3+ , % n I &3+ , R r I &3+ , ?en I3 , ?en I3 n ' +/ , % n I2339 , % n I2339 , R r I2339 , ?en I1 , ?en I1 n /.' +/ , % n I234/N, % n I234/N, R r I234/N , ?en I1 , ?en I1 n 3 1// , % n I234/Q, % n I234/Q, R r I234/Q , ?en I1 , ?en I1 n 3 1// , % n I2341N, % n I2341N, R r I2341N , ?en I1 , ?en I1 n 3 1// , % n I2341Q, % n I2341Q, R r I2341Q , ?en I1 , ?en I1 n 3 1// , % n I233 N, % n I233 N, R r I233 N , ?en I1 , ?en I1 n /.' +/ , % n I233 Q, % n I233 Q, R r I233 Q , ?en I1 , ?en I1 n /.' +/ , % n I233 C, % n I233 C, R r I233 C , ?en I1 , ?en I1 n /.' +/ , % n I &34 , % n I &34 , R r I &34 , ?en I3 , ?en I3 n 1 2/ , % n I &33 , % n I &33 , R r I &33 , ?en I3 , ?en I3 n ' +/ , % n I2339 , % n I2339 , R r I2339 , ?en I1 , ?en I1 n /.' +/ , % n I234/N, % n I234/N, R r I234/N , ?en I1 , ?en I1 n 3 1//

te tens =egth

%erm ss =e shearstress


25/90

, % n I234/Q, % n I234/Q, R r I234/Q , ?en I1 , ?en I1 n 3 1// , % n I2341N, % n I2341N, R r I2341N , ?en I1 , ?en I1 n 3 1// , % n I2341Q, % n I2341Q, R r I2341Q , ?en I1 , ?en I1 n 3 1// , % n I233 N, % n I233 N, R r I233 N , ?en I1 , ?en I1 n /.' +/ , % n I233 Q, % n I233 Q, R r I233 Q , ?en I1 , ?en I1 n /.' +/ , % n I233 C, % n I233 C, R r I233 C , ?en I1 , ?en I1 n /.' +/ , % n I &34 , % n I &34 , R r I &34 , ?en I3 , ?en I3 n 1 2/ , % n I &33 , % n I &33 , R r I &33 , ?en I3 , ?en I3 n ' +/ , % n I &3+ , % n I &3+ , R r I &3+ , ?en I3 , ?en I3 n ' +/ , % n I2339 , % n I2339 , R r I2339 , ?en I1 , ?en I1 n /.' +/ , % n 13+4N, % n 13+4N, R r 13+4N , ?en I1 , ?en I1 n /.' +/ , % n 13+4Q, % n 13+4Q, R r 13+4Q , ?en I1 , ?en I1 n /.' +/ , % n 13+4C, % n 13+4C, R r 13+4C , ?en I1 , ?en I1 n /.' +/ , % n 13++ , % n 13++ , R r 13++ , ?en I1 , ?en I1 n 1 2/ , % n 13+2 , % n 13+2 , R r 13+2 , ?en I1 , ?en I1 n /.' +/ , % n I234/N, % n I234/N, R r I234/N , ?en I1 , ?en I1 n 3 1// , % n I234/Q, % n I234/Q, R r I234/Q , ?en I1 , ?en I1 n 3 1// , % n I2341N, % n I2341N, R r I2341N , ?en I1 , ?en I1 n 3 1// , % n I2341Q, % n I2341Q, R r I2341Q , ?en I1 , ?en I1 n 3 1// , % n I233 N, % n I233 N, R r I233 N , ?en I1 , ?en I1 n /.' +/ , % n I233 Q, % n I233 Q, R r I233 Q , ?en I1 , ?en I1 n /.' +/ , % n I233 C, % n I233 C, R r I233 C , ?en I1 , ?en I1 n /.' +/ , % n I &34 , % n I &34 , R r I &34 , ?en I3 , ?en I3 n 1 2/ , % n I &33 , % n I &33 , R r I &33 , ?en I3 , ?en I3 n ' +/ , % n I &3+ , % n I &3+ , R r I &3+ , ?en I3 , ?en I3 n ' +/ , % n I2339 , % n I2339 , R r I2339 , ?en I1 , ?en I1 n /.' +/

c R H A1 A (mm*/./3+ /.32 /./& /./ 4.&'/./3+ /.3 /.1 /./ '.3+/./49 /.44 /.1 /.119 &.94/./49 /.+1 /.13 /.119 9.+3/./49 /.+& /.1' /.119 11.11/./'3 /.'3 /.1' /.1+1 12.&//./'3 /. 2 /.21 /.1+1 1+././&' /.94 /.2' /.1 2 19./+/./&' 1./4 /.32 /.1 2 22.23/./&' 1.19 /.3+ /.1 2 2+.4/

c1 c2 A (mm*/./2 /./2+ 1.+9/./31 /./2+ 2.3

/./41 /./3 3.1/./'2 /./3 4.&'/./ 3 /./3+ '.3+/.1/4 /./4 &.94/.12+ /./4+ 9.+3/.14' /./+ 11.11


26/90

/.1'& /./+ 12.&//.2/ /./+ 1+./.2+ /./' 19./+

/.293 /./' 22.23/.333 /./& 2+.4/

c A (mm*/ 1.+9/ 2.3/ 2.&/ 3.1/ 3.9&/ 4.&'/ +.+'/ '.3+/ &.94/ 9.+3

c A (mm*/./2+ 1.+9/./2+ 2.3/./2+ 3.1/./2+ 3.9&/./2+ 4.&'/./2+ +.+'/./2+ '.3+/./4 &.94/./4 9.+3/./4 11.11/./4 12.&/

/./++ 1+././++ 19./+/./& 22.23/./& 2+.4/

c A (mm*/./2+ 1.+9/./2+ 2.3/./2+ 2.&/./2+ 3.1/./2+ 3.9&/./2+ 4.&'/./2+ +.+'/./2+ '.3+/./4 &.94/./4 9.+3/./4 11.11


27/90

/./4 12.&//./++ 1+././++ 19./+/./++ 22.23/./++ 2+.4/

c A (mm*/ 1.+9/ 2.3/ 2.&/ 3.1/ 3.9&/ 4.&'/ +.+'/ '.3+/ &.94/ 9.+3/ 11.11/ 12.&// 1+./ 19./+/ 22.23/ 2+.4/

T a A (mm*/./'2 /.// 1.+9/./& /./1 1.9/./94 /./13 2.39/.1/9 /./1+ 2.&&/.12+ /./1& 3.1/.141 /./19 3.+/.1+' /./21 3.9'/.1&2 /./23 4.3&/.193 /./2' 4.9/.219 /./29 +.+'/.2+ /./33 '.3+

/.2 9 /./39 &.34/.341 /./4' .''/.4/9 /./++ 1/.39/.492 /./'' 12.+/.+91 /./&9 1+./1/.&/' /./9+ 1&.93/. ' /.11+ 21. 4

1./32 /.13 2'.211.241 /.1'' 31.+21.+21 /.2/4 3 .'3


28/90

c A ( n*1 /.11 11 /.1+&+2 /.19'92 /.23'22 /.31+/2 /.393&3 /.4&243 /.++123 /.'2993 /.&/ &4 /.& &44 /. ''14 /.94494 1./'3/4 1.1 114 1.29924 1.41&34 1.+&44 1.&&1&4 1.9' +' 2.1'+4' 2.3'22' 2.&++9' 3.149'' 3.+433' 3.93&/

c A1 A ( n*1 /. /.11 11 1 /.1+&+2 1.2 /.19'92 1.' /.23'22 2 /.31+/2 3.2 /.393&3 3.2 /.4&243 4 /.++123 4 /.'2993 + /.&/ &4 + /.& &44 + /. ''14 '.3 /.94494 '.3 1./'3/4 1.1 114 1.29924 1.41&34 1.+&44 1/ 1.&&1&4 1/ 1.9' +


29/90

' 1/ 2.1'+4' 1/ 2.3'22' 13 2.&++9' 13 3.149'' 13 3.+433' 13 3.93&/

c R H A ( n*1 + 1 /.11 11 ' 1 /.1+&+2 1.' /.19'92 1/ 2 /.23'22 14 3 /.31+/2 1 4 /.393&3 2/ 4 /.4&243 22 4 /.++123 2+ 4.+ /.'2993 2 + /.&/ &4 3/ + /.& &44 33 +.+ /. ''14 3' ' /.94494 4/ ' 1./'3/4 44 1.1 114 4& 1.29924 +/ 1.41&34 ++ 1.+&44 '/ 9 1.&&1&4 '' 11 1.9' +' &2 12 2.1'+4' & 13 2.3'22' 9/ 13 2.&++9' 1// 13 3.149'' 11/ 13 3.+433' 12/ 13 3.93&/

c R H A1 A ( n*1 + 1 /. /.11 11 ' 1 1 /.1+&+2 1.' 1.2 /.19'92 1/ 2 1.' /.23'22 14 3 2 /.31+/2 1 4 3.2 /.393&3 2/ 4 3.2 /.4&243 22 4 4 /.++123 2+ 4.+ 4 /.'2993 2 + + /.&/ &4 3/ + + /.& &44 33 +.+ + /. ''1


30/90

4 3' ' '.3 /.94494 4/ ' '.3 1./'3/4 44 1.1 114 4& 1.29924 +/ 1.41&34 ++ 1.+&44 '/ 9 1/ 1.&&1&4 '' 11 1/ 1.9' +' &2 12 1/ 2.1'+4' & 13 1/ 2.3'22' 9/ 13 13 2.&++9' 1// 13 13 3.149'' 11/ 13 13 3.+433' 12/ 13 13 3.93&/

c a A ( n*/.12 /./ /./23'/.1' /.1 /./31+/.2 /.12 /./394/.2+ /.1' /./4&2/.3 /.2 /./+91

/.3+ /.2+ /./& &/.4 /.3 /./9 4/.+ /.4 /.11 1

/.'3 /.+ /.1+&+/. /.'3 /.19'91.2 /. /.23'21.' 1 /.31+/2 1.2 /.393&

2.+ 1.' /.4&243 2 /.'2993.+ 2.+ /.& &44 3 /.9 43+ 4 1.1 11

'.3 + 1.+&4'.3 1.9' +

c A ( n*/.12 /./23'/.1' /./31+/.2 /./394/.2+ /./4&2/.3 /./+91

/.3+ /./& &/.4 /./9 4/.+ /.11 1

/.'3 /.1+&+/. /.19'9


31/90

1.2 /.23'21.' /.31+/2 /.393&

2.+ /.4&243 /.'299

3.+ /.& &44 /.9 43+ 1.1 11

'.3 1.+&41.9' +

c A ( n*/ /./23'/ /./31+/ /./394/ /./4&2/ /./+91/ /./& &/ /./9 4/ /.11 1/ /.1+&+/ /.19'9/ /.23'2/ /.31+// /.393&/ /.4&24/ /.'299/ /.& &4/ /.9 43/ 1.1 11/ 1.+&4/ 1.9' +

c a A ( n*/.+ /.12 /./394/.' /.2 /./+91/. /.2+ /./& &1 /.3 /./9 4

1.2 /.4 /.11 11.4 /.+ /.1+&+1.& /.'3 /.19'92.1 /. /.23'22.' 1 /.31+/3 1.2 /.393&

3. 1.' /.4&244.' 2 /.'299' 2.+ /.& &4


32/90

c1 c2 A ( n*/. 1.2 /.23'21 1.' /.31+/

1.2 2 /.393&1.' 2.+ /.4&242 3 /.'2992.+ 3.+ /.& &43 4 /.9 434 + 1.1 11+ '.3 1.+&4

'.3 1.9' +

c1 a A ( n*/. 2.1 /.23'21 2.' /.31+/

1.2 3 /.393&1.' 3. /.4&242 4.' /.'2992.+ ' /.& &43 ' /.9 434 & 1.1 11+ 1.+&4

'.3 1/ 1.9' +

a A ( n*/./ /./23'/.1 /./31+

/.12 /./394/.1' /./4&2/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1/.+ /.1+&+

/.'3 /.19'9/. /.23'21 /.31+/

1.2 /.393&1.' /.4&242 /.'2992.+ /.& &43 /.9 434 1.1 11+ 1.+&4

'.3 1.9' +


33/90

c a A ( n*/.12 /./ /./23'/.1' /.1 /./31+/.2 /.12 /./394

/.2+ /.1' /./4&2/.3 /.2 /./+91/.3 /.2 /./'3//.3+ /.2+ /./& &/.4 /.3 /./9 4/.+ /.4 /.11 1

/.'3 /.+ /.1+&+/. /.'3 /.19'91.2 /. /.23'21.' 1 /.31+/2 1.2 /.393&

2.+ 1.' /.4&242.+ 1.' /.+113 2 /.'299

3.+ 2.+ /.& &44 3 /.9 43+ 4 1.1 11

'.3 + 1.+&4'.3 1.9' +

c A ( n*/.12 /./23'/.1' /./31+/.2 /./394

/.2+ /./4&2/.3 /./+91/.3 /./'3/

/.3+ /./& &/.4 /./9 4/.+ /.11 1

/.'3 /.1+&+/. /.19'91.2 /.23'21.' /.31+/2 /.393&

2.+ /.4&242.+ /.+113 /.'2993.+ /.& &44 /.9 43+ 1.1 11

'.3 1.+&41.9' +


34/90

c A ( n*/ /./23'/ /./31+/ /./394/ /./4&2/ /./+91/ /./'3// /./& &/ /./9 4/ /.11 1/ /.1+&+/ /.19'9/ /.23'2/ /.31+// /.393&/ /.4&24/ /.+11/ /.'299/ /.& &4/ /.9 43/ 1.1 11/ 1.+&4/ 1.9' +

c a A ( n*/.2 /.12 /./394/.3 /.2 /./+91

/.3+ /.2+ /./& &/.4 /.3 /./9 4/.+ /.4 /.11 1/.'3 /.+ /.1+&+/. /.'3 /.19'91.2 /. /.23'21.' 1 /.31+/2 1.2 /.393&

2.+ 1.' /.4&243 2 /.'299

3.+ 2.+ /.& &4

a A ( n*/./ /./23'/.1 /./31+/.12 /./394/.1' /./4&2/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1


35/90

/.+ /.1+&+/.'3 /.19'9/. /.23'21 /.31+/

1.2 /.393&1.' /.4&242 /.'2992.+ /.& &43 /.9 434 1.1 11+ 1.+&4

'.3 1.9' +

, R am mm , R am mm , R am n , ?en mm , ?en n /.4 +// , % n N1 2 , R r N1 2 , % n N1 2 , ?en N3 m , ?en N3 /./312 /.+ , % n N1 2 , R r N1 2 , % n N1 2 , ?en N3 m , ?en N3 /./312 /.+ , % n N1 2 , R r N1 2 , % n N1 2 , ?en N3 m , ?en N3 /./312 /.+ , % n N1 2 , R r N1 2 , % n N1 2 , ?en N3 m , ?en N3 /./312 /.+ , % n N1 2 , R r N1 2 , % n N1 2 , ?en N3 m , ?en N3 /./312 /.+ , % n I &4/ , % n I &4/ , R r I &4/ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &39 , % n I &39 , R r I &39 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &41 , % n I &41 , R r I &41 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &44 , % n I &44 , R r I &44 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4+ , % n I &4+ , R r I &4+ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4' , % n I &4' , R r I &4' , ?en I2 , ?en I2 n 1.4 2/ , % n I &4/ , % n I &4/ , R r I &4/ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &39 , % n I &39 , R r I &39 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &41 , % n I &41 , R r I &41 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &44 , % n I &44 , R r I &44 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4+ , % n I &4+ , R r I &4+ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4' , % n I &4' , R r I &4' , ?en I2 , ?en I2 n 1.4 2/ , % n I &4/ , % n I &4/ , R r I &4/ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &39 , % n I &39 , R r I &39 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &41 , % n I &41 , R r I &41 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &44 , % n I &44 , R r I &44 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4+ , % n I &4+ , R r I &4+ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4' , % n I &4' , R r I &4' , ?en I2 , ?en I2 n 1.4 2/ , % n I &4/ , % n I &4/ , R r I &4/ , ?en I3 , ?en I3 n 1.+ 2+ , % n I &39 , % n I &39 , R r I &39 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &41 , % n I &41 , R r I &41 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &42 , % n I &42 , R r I &42 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &44 , % n I &44 , R r I &44 , ?en I3 , ?en I3 n 1.+ 2+ , % n I &4+ , % n I &4+ , R r I &4+ , ?en I3 , ?en I3 n 1.+ 2+


36/90

, % n I &4' , % n I &4' , R r I &4' , ?en I2 , ?en I2 n 1.4 2/

a A (mm*/.// + /.&9

/./1 1.19/./11+ 1.+9/./13& 1.9/./141 2.3/./1' 2.&/./1 3.1/./22 3.9&/./23 4.&'/./2& +.+'/./31 '.3+/./39 &.94/./44 9.+3/./+2 11.11/./+& 12.&/

a c A ( n*/.2 /.' /./+91

/.2+ /. /./& &/.3 1 /./9 4/.4 1.2 /.11 1/.+ 1.4 /.1+&+

/.'3 1.& /.19'9/. 2.1 /.23'21 2.' /.31+/

1.2 3 /.393&1.' 3. /.4&242 4.' /.'299

2.+ ' /.& &43 &.+ /.9 43

a c A ( n*/.2 1 /./+91

/.2+ 1 /./& &/.3 1.+ /./9 4/.4 1.+ /.11 1/.+ 2 /.1+&+/.'3 2 /.19'9/. 3 /.23'21 3 /.31+/

1.2 4 /.393&1.' 4 /.4&242 4 /.'299

2.+ ' /.& &4


37/90

3 ' /.9 43

a A ( n*/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1/.+ /.1+&+

/.'3 /.19'9/. /.23'21 /.31+/

1.2 /.393&1.' /.4&242 /.'299

2.+ /.& &43 /.9 43

a A ( n*/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1/.+ /.1+&+

/.'3 /.19'9/. /.23'21 /.31+/

1.2 /.393&1.' /.4&242 /.'2992.+ /.& &43 /.9 43

a A ( n*/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1/.+ /.1+&+

/.'3 /.19'9/. /.23'21 /.31+/1.2 /.393&1.' /.4&242 /.'299

2.+ /.& &43 /.9 43


38/90

a A ( n*/.2 /./+91

/.2+ /./& &/.3 /./9 4/.4 /.11 1/.+ /.1+&+/.'3 /.19'9/. /.23'21 /.31+/

1.2 /.393&1.' /.4&242 /.'299

2.+ /.& &43 /.9 43

c R H A ( n*/.42 2.' /.9 /./++1/.4 3 1.1 /./'3//.' 3.& 1.3 /./& &

/.&+ 4.' 1.' /./9 4/.9 +.4+ 1.9+ /.11 11.2 &.2+ 2.++ /.1+&+1.+ 9.1 3.1+ /.19'91. 1/. 3.&+ /.23'22.4 14.4 + /.31+/3 1' &.4 /.393&

3.' 19 .4 /.4&244. 2+ 1/.9 /.'299' 32 13.9 /.& &4

t < /ist B /ist Q /ist V(mm* ( n* (mm* ( n* (mm* ( n* (mm*3.1 /.1 &+ 4.&' /.1 &+ 4.&' /.2+ '.3+'.3+ /.2+ '.3+ /.2+ '.3+ /.3&+ 9.+39.+3 /.312+ &.94 /.312+ &.94 /.+ 12.&/

12.&/ /.3&+ 9.+3 /.3&+ 9.+3 /.'2+ 1+.1+. /.+ 12.&/ /.43&+ 11.11 /.&+ 19./+19./+ /.'2+ 1+. /.+ 12.&/ /. &+ 22.2322.23 /.&+ 19./+ /.+'2+ 14.29 1 2+.4/2+.4/ /. &+ 22.23 /.'2+ 1+. 1.2+ 31.&+31.&+ 1 2+.4/ /.' &+ 1&.4' 1.+ 3 .1/3 .1/ 1.2+ 31.&+ /.&+ 19./+ 1.&+ 44.4+44.4+ 1.+ 3 .1/ /. 12+ 2/.'4 2 +/. /+/. / 1.&+ 44.4+ /. &+ 22.23 2.2+ +&.1++&.1+ 2 +/. / /.93&+ 23. 1 2.+ '3.+/'3.+/ 2.2+ +&.1+ 1 2+.4/ 2.&+ '9. +'9. + 2.+ '3.+/ 1.12+ 2 .+ 3 &'.2/


39/90

&'.2/ 3 &'.2/ 1.2+ 31.&+ 3.2+ 2.++2.++ 3.+ .9/ 1.3&+ 34.93 3.+ .9/.9/ 4 1/1.'/ 1.+ 3 .1/ 3.&+ 9+.2+

9+.2+ 4.+ 114.3/ 1.'2+ 41.2 4 1/1.'/1/1.'/ + 12&.// 1.&+ 44.4+ 4.2+ 1/&.9+1/&.9+ +.+ 139.&/ 1. &+ 4&.'3 4.+ 114.3/114.3/ ' 1+2.4/ 2 +/. / 4.&+ 12/.'+2.2+ +&.1+ + 12&

2.+ '3.+/ +.2+ 133.3+3 &'.2/ +.+ 139.&

+.&+ 14'./+' 1+2.4

'.2+ 1+ .&+t < '.+ 1'+.1

( n* '.&+ 1&1.4+/.11 1 & 1&&./.1+&+ &.2+ 1 4.1+/.19'9 &.+ 19/.+/.23'2 &.&+ 19'. +/.31+/ 2/3.2/.393& .2+ 2/9.++/.4&24 .+ 21+.9/.++12 .&+ 222.2+/.'299 9 22 .'/.&/ & 9.2+ 234.9+/.& &4 9.+ 241.3/. ''1 9.&+ 24&.'+/.9449 1/ 2+41./23' 1/.2+ 2'/.3+1.1/24 1/.+ 2''.&1.1 11 1/.&+ 2&3./+1.2+9 11 2&9.41.3& / 11.2+ 2 +.&+1.+&4 11.+ 292.11.&&1& 11.&+ 29 .4+1.9' + 12 3/4.2.1'+4 12.2+ 311.1+2.3'22 12.+ 31&.+2.++91 12.&+ 323. +2.&++9 13 33/.22.9+23.149'3.34'+3.+4333.&4/23.93&/4.&244+.+11'.2992&./ ''


40/90

&. &4/

Mser pin length( n* (mm*/.12+ 2/.2+ 3

/.312+ 4/.3&+ +

/.43&+ '/.+

/.+'2+ 1//.'2+ 12

/.' &+ 14/.&+ 1'

/. 12+ 1/. &+ 2//.93&+ 22

1 241.12+ 2'1.2+ 2

1.3&+ 3/1.+ 32

1.'2+ 3+1.&+ 4/

1. &+ 4+2 +/

2.2+ ++2.+ '/2.&+ '+

3 &/3.2+ &+3.+ /

3.&+ +4 9/


41/90

4.+ 9++ 1//

+.+ 12/' 14/

'.+ 1'/& 1 /

&.+ 2//22/.+ 24/9 2'/

9.+ 2 /1/ 3//11 32/12 34/13 3'/14 3 /1+ 4//1' 42/1& 44/1 4'/19 4 /2/ +//22 ++/24 '//2' '+/2 &//3/ &+/32 //34 +/3' 9//3 1///4/


42/90


43/90


44/90

6%a ks/ 12

11/ 1'14/ 2/1'/ 2312/ 1&.+1&/ 2+1'/ 23

2 /1 13 2&33 2'

2'

+ 311 41 31 21 14 &4 '44 &4 94 1/+ 111 41 31 21 14 &4 '44 &4 9+ 111 4

%erm ss =e enA ngstress


45/90

1 31 21 14 &4 '44 &4 94 1/+ 114 &4 '44 &+ 111 41 31 21 14 &4 '44 &4 94 1/+ 11


46/90


47/90


48/90


49/90


50/90


51/90


52/90


53/90


54/90


55/90

' /' 12' 12' 12' 12' 12' 14' 13' 13' 13' 13' 13' 13& +' 14' 13' 13' 13' 13' 13& +' 14' 13' 13' 13' 13' 13' 13& +' 14' 13' 13' 13' 13' 13' 13


56/90

& +


57/90


58/90


59/90


60/90


61/90


62/90


63/90

1.0 eneral1.1 ?anguage6.0 Jnfo2.1 :ame of he=p f =e % ns.htm2.2 iers on num er % ns /12.3 iers on Aate '.12.2//9Y21 2& /9

Cop!r ght 2//3 ,h s program0Xork ook s cop!r ght protecteA XXX.m tca=c.com

Nuthor dat on
http://www.mitcalc.com/http://www.mitcalc.com/


64/90


65/90

1.0 G I Output Target Fpplications Ta'leLe=ect on ? st CommanAls ,a =e :ame LenAFe!s Npp :ame

R B B =eNutoCNR ?, 77 , R BC NCNR NutoCNR ?,NutoCNR T12 , R BC NCNR NutoCNR 12NutoCNR T13 , R BC NCNR14 NutoCNRNutoCNR T14 , R BC NCNR14 NutoCNRNutoCNR 2/// , R BC NCNR NutoCNR 2///NutoCNR 2//2 , R BC NCNR NutoCNR 2//2NutoCNR 2//4 , R BC NCNR NutoCNR 2//4NutoCNR 2//+ , R BC NCNR NutoCNR 2//+NutoCNR 2//' , R BC NCNR NutoCNR 2//'NutoCNR 2//& , R BC NCNR NutoCNR 2//&NutoCNR 2// , R BC NCNR NutoCNR 2//NutoCNR 2//9


66/90

1

R.0 Parameters for G I ta'les% 7e= s de sca=e (mm* /.3+

,e7t X Ath sca=e /.& ,e7t h ght sca=e /.' ,e7t orAer just f! /.

Grawing caleNutomat c /

1 1// 1//1 +/ +/1 2/ 2/1 1/ 1/1 + +2 + 2.+

1 2 21 1 12 1 /.++ 2 /.4+ 1 /.2

1/ 1 /.1

,stem !aria'lesNpp= cat on :ame R B B =eCommanA ,a =e :ame /LenAFe!s Npp :ame /RRS Npp :ame /RRS ,op c /

FutoCFG /TU FutoCFG 1


67/90

Tur'oCFG Professional !K.6LenAFe!sf

LenAFe!sPiN?MS

LenAFe!s

FutoCFG 1


68/90

RRS Npp :ame RRS ,op c

NutoCNR ?,.RRS s!stem FU testeANutoCNR.RRS s!stemNutoCNR.T13.RRS s!stemNutoCNR.T14.RRS s!stem FU testeANutoCNR.T1+.RRS s!stemNutoCNR.T1+.RRS s!stem FU testeANutoCNR.T1'.RRS s!stem FU testeANutoCNR.T1'.RRS s!stem FU testeANutoCNR.T1'.RRS s!stem FU testeANutoCNR.T1&.RRS s!stem FU testeANutoCNR.T1&.RRS s!stem FU testeANutoCNR.T1&.RRS s!stem FU testeANutoCNR.T1 .RRS s!stem FU testeA

FU testeAFU testeAFU testeAFU testeA

PiN?MS

,h n = ne ,e7t norma= ,e7t o=A6,C ,HI: 6,C ,S ,: 6,C ,S ,Q

4 4/ 11.& 49 +./ 49 Y3./ 49 /.& 49 Y

2 ?N ST / ?N ST 2 6,C M,?I:S '2 & ' 6,C L ?IR &/ / / ?N ST 2 6,C ,S ,: ' ,HI: '2 ' 6,C L ?IR &/ / / ?N ST 2 6,C N IL '2 1 ' 6,C RNLHR , &/ / / ?N

ISL

4 4/ 1.2 49 /.+ 49 Y/.2+ 49 /.2 49 Y?S 2 ?N ST / ?N ST 2 6,C M,?I:S '2 & ' 6,C L ?IR &/ / / ?N ST 2 6,C ,S ,:C ,HI: '2 ' 6,C L ?IR &/ / / ?N ST 2 6,C N IL '2 1 ' 6,C RNLHR , &/ / / ?I,ISL


69/90

/./ 4/ 3.+ 1 S6%, RSBI:I,I :/./ 11 ' ./ 21 Y2./ 31 /./


70/90


71/90

6 es6 :o6 ?anguage6 )arn ng6Lb6 benera=6 LtanAarA6 InfoLect on6 He=p:ame6 ier:6 ierRL %roject C %rjInfo6 %rjNuthor6 %rjRate6 %rj:o6 %rj:ame6 %rjB =e:ame6 %rjInfo6 %rj:ote

NuthR a=ogNQ, Cance=NQ, TunNQ, i eXNQ, RemoNQ, TeneXNQ, Qu!NQ, Nuthor deNQ, RoXn=oaANM, ?a e=1 ,rans=ateR a=og

Q, Ca=cu=at onQ, He=pQ, Teg strat onLH Ca=cu=at onLH ,a =esLH 6ater a=LH pt onsLH R ct onar!LH Rata

6Lb ChRate6Lb Input%6Lb :oLerv6Lb :otBor6Lb QaAHe=6Lb :oHe=p6Lb )arn n6Lb QaALta

NM,/

Lheette7ts

Lheetcomment

o jects

< utons...>R a=ogls

trans=at on

Nuthor dat o

n%rogram

messages


72/90

NM,1NM,2NM,3NM,4NM,+NM,'NM,&NM, Contact

6 Cop!r ght

L 2RCNR C 2RCNR6 2R ut C 2R ut6 R BReta C R BReta =6 R BB =e6 R BLNuto6 R BLca=e

R B Npp/R B Npp1R B Npp2R B S7 st1R B S7 st2

6 Srr6sg16 Srr6sg2

6 ,QCon,!pe16 ,QCon,!pe26 ,QCon,!pe36 ,QCon,!pe46 ,QCon,!pe+6 ,QCon,!pe'6 ,QCon?oaA16 ,QCon?oaA26 ,QCon?oaA36 ,Q?oaA16 ,Q?oaA26 ,Q?oaA36 ,Q% ns,!pe16 ,Q% ns,!pe26 ,QTunn ng16 ,QTunn ng26 ,Q6ater a=16 ,Q6ater a=26 ,Q6ater a=36 ,Q6ater a=46 ,Q6ater a=+6 ,Q6ater a='6 ,Q6ater a=&


73/90

6 ,Q6ater a=6 ,Q6ater a=96 ,Q% n/16 ,Q% n/26 ,Q% n/36 ,Q% n/46 ,Q% n/+6 ,Q% n/'6 ,Q% n/&6 ,Q% n/6 ,Q% n/96 ,Q% n1/6 ,Q% n116 ,Q% n126 ,Q% n136 ,Q% n146 ,Q% n1+6 ,Q% n1'6 ,Q% n1&6 ,Q% n16 ,Q% n196 ,Q% n2/6 ,Q% n216 ,Q% n226 ,Q% n236 ,Q% n246 ,Q% n2+6 ,Q% n2'6 ,Q% n2&6 ,Q% n316 ,Q% n326 ,Q% n336 ,Q% n346 ,Q% n3+6 ,Q% n3'6 ,Q% n3&6 ,Q% n36 ,1//16 ,1//26 ,1//36 ,1//46 ,1//+6 ,1//'6 ,1//&6 ,1//6 ,1//96 ,2//16 ,2//26 ,2//36 ,2//4


74/90

6 ,2//+6 ,2//'6 ,2//&6 ,2//6 ,2//96 ,2/1/6 ,3//16 ,3//26 ,3//36 ,3//46 ,3//+6 ,3//'6 ,3//&6 ,3//6 ,3//9

Ca=cR a=og 6Lb :o% ns6Lb SrrorL d

Q,: /16 Ca=c:ame6 Conn,!p C 1///6 6 nTm C 1//1 C 2//16 Mser% n6 Cap1 C Cap1L ///1 C L//1L ///2 C L//2L ///3 C L//36 ///1 C ///16 ///2 C ///26 ///3 C ///36 ///4 C ///46 ///+6 ///' C ///'6 ///& C ///&6 /// C ///6 ///96 //1/ C //1/6 //11 C //116 //12 C //126 //13 C //136 //146 //1+ C //1+6 //1'6 //1& C //1&6 //1 C //16 //19 C //196 //2/6 //216 //226 //23


75/90

6 //246 //2+6 //2'6 //2&6 //2 C //26 //29 C //296 //3/ C //3/6 //31 C //316 //32 C //326 //33 C //336 //34 C //346 //44 C //446 //4+ C //4+6 //4' C //4'6 //4& C //4& C 1/4&6 //46 //496 //+/i ///1 i ///2 i ///3i ///4 i ///+ i ///' i ///& i /// i ///9 i //1/ i //11i //12 i //13 i //14 i //1+i //1' i //1&


76/90

S: CLCa=cu=at on name m no vwpoxtu

es Nno:o :e?anguage ad!kR sp=a! automat ca==! Xarn ng messages Oo radovat automat ck! varovn dprv!benera= ecnLtanAarA :ormaInfo Informace:ame of he=p f =e m no sou oru npovyA!iers on num er s=o verdeiers on Aate Ratum verde%roject nformat on Informace o projektuNuthor NutorRate Ratum%roject :o. s=o projektu%roject :ame :dev projektuB =e name m no sou oruQas c Info Ok=aAn nformace%roject :otes %odnmkaNuthor dat on Nutor daceCance= FonecTun Lpust ti eX n=! %oude do rad tRemo RemoTeneX nov tQu! Fo up tNuthor de Nutor dovatRo Xn=oaA LthnoutSnter the Nuthor dat on coAe here Lem daAejte autor daxn k]A Tuns ca=cu=at on trans=at on %ro h pzek=aA vwpoxtuCa=cu=at ons iwpoxt!He=p :povyAaNuthor dat on Nutor daceCa=cu=at on iwpoxet

,a =es ,a u=k!6ater a= 6ater =pt ons :astaven R ct onar! L=ovnkRata RataL!stem Aate change Omyna s!st mov ho AatumuNuthor dat on Y %assXorA enter ng Nutor dace Y daAn hes=aLtart of the ntegrateA env ronment. Ltart ntegrovan ho prostzeA Ltart of ca=cu=at on. Lpu{tyn vwpoxtuHe=p :povyAaHe=p :povyAa)arn ng Mpodornyn 6I,Ca=c Y :onva= A = cense 6I,Ca=c Y :ep=atn = cenceia= A = cense %=atn = cence


77/90

ia= A = cense %=atn = cenceTeneX ng !our = cense noven = cenceRemo vers on Remo verdeRemo vers on Remo verdeSrror n the entr! Ch! a dp suL!stem error L!st mov ch! a

,he softXare s not nsta==eA LoftXare nen na nsta=ovnContact nformat on Fontaktn nformace

braph ca= outputbraph ca= outputU CNR s!stems braf ckw vwstupU CNR s!t m!2R AraX ng output to iwstup 2R vwkresu AoReta = Reta =R B B =e R B sou orNutomat c Nutomat ck!2R RraX ng sca=e 6yztko 2R vwkresuS7port of AraX ng S7port vwkresuNpp= cat on %rogramsnlt runn ng. Ro !ou Xant to save the AraX nen spu{tyn. Chcete u=o} t vwkres Ao sou or

B =e Lou ore7 st. verXr te t | j } e7 stuje. Chcete jej pzepsat |

Ca=cu=at on X thout errors. iwpoxet ed ch! .Check = nes Okontro=ujte zAek6essages spec a= for ta =es% n for spr ng attachment. Fo=k pro uch!cen pru} n!.Lecur ng p n. Oaj {~ovac ko=k.Cross p n n roA anA s=eeve. %zxnw ko=k v th=e a o jmce.TaA a= p n for shaftYhu connect on. TaA =n ko=k pro spojen hzAe=e s n ojem.?ong tuA na= p n for shaftYhu connect on. Lprovw ko=k pro spojen hzAe=e s n ojem.C=ev s p n for rotat ng roAYc=ev s connect on. ep pro toxn spojen th=a s v A=?oaA ng X th transversa= enA ng force. Oat}en pzxnou s =ou oh! em.?oaA ng X th transversa= shear ng force. Oat}en pzxnou s =ou sm!kem.?oaA ng X th tors ona= moment. Oat}en kroutcm momentem.Ltat c =oaA F= An dat}en TepeateA ?oaA 6j v dat}en N=ternat ng ?oaA LtzAav dat}en Bu== p n %=nw ko=kbrooveA p ns Twhovanw ko=kB 7eA f t :epoh! = v u=o}en Tunn ng f t ,oxn u=o}en Ltructura= stee= Fonstrukxn oce=H ghYgraAe anA a==o! stee= M{=echt = a =egovan oce=LurfaceYharAeneA stee= %ovrchovy ka=en oce=CaseYharAeneA stee= Cementovan oce=Cast stee= ce= na oA= tk!Cast ron X th =am nar graph te eA = t naCast ron X th spher ca= graph te ,vrn = t na

Cop!r ght 2//3 ,h s program0Xork ook s cop!r ghtprotecteA

Cop!r ght 2//3 ,ento program0se{ t je chrnyncop!r ghtem.


78/90

N=um num a==o! H= nkov s= t naQronde QrondC=ev s p ns X th heaA ep! s h=avouC=ev s p ns X th heaA anA sp= t p n ho=e ep! s h=avou a Arou pro dv=axkuC=ev s p ns X thout heaA ep! ed h=av!C=ev s p ns X thout heaA anA X th sp= t p n h ep! ed h=av! s Aram! pro dv=axk!MnharAeneA grounA AoXe= p ns Lpojovac ko=k! nedaka=en%ara==e= p ns X th AomeA enAU unharAeneA i=cov ko=k! nedaka=en U se dao =enwm ko%ara==e= p ns X th chamfereA enAsU unharAen i=cov ko=k! nedaka=en U se sra}enm%ara==e= p nsU unharAeneA i=cov ko=k! nedaka=en%ara==e= p nsU harAeneA i=cov ko=k! ka=en%ara==e= p ns X th nterna= threaA i=cov ko=k! s vn tznm dv tem%ara==e= p ns X th nterna= threaAU unharAene i=cov ko=k! s vn tznm dv tem nedaka=en%ara==e= p ns X th nterna= threaAU harAeneA i=cov ko=k! s vn tznm dv tem ka=en

,aper p nsU unharAeneA Fu}e=ov ko=k! nedaka=enbrooveA p ns Twhovan ko=k!brooveA p nsU ha=fY=ength taper grooveA Twhovan ko=k! s rwhovnm Ao po=ov n! A =brooveA p ns X th p =ot Twhovan ko=k! s voAcm xepembrooveA p nsU ha=fY=ength reverse taper groo Twhovan ko=k! s rwhovnm oA po=ov n! A =brooveA p nsU ha=fY=ength centre grooveA Twhovan ko=k! s rwhovnm uprostzeA na pbrooveA p nsU th rAY=ength centre grooveA Twhovan ko=k! s rwhovnm ve stzeAn tzetbrooveA p nsU fu==Y=ength taper grooveA Fu}e=ovy rwhovan ko=k!brooveA p ns X th rounA heaA Twhovan hze ! s p=ku=ovou h=avoubrooveA p nsU th rAY=ength centre grooveA Twhovan ko=k! s rwhovnm ve stzeAn tzetHarAeneA grounA mach ne AoXe= p ns Lpojovac ko=k! ka=en U se sra}enmHarAeneA grounA proAuct on AoXe= p ns Lpojovac ko=k! ka=enLtra ght p ns X th chamfereA enAs i=cov ko=k!U se sra}enmLtra ght p ns X th sWuare enAs i=cov ko=k!

,aper p ns Fu}e=ov ko=k!C=ev s p n ep% n Fo=kRoXe= p n Lpojovac ko=k%ara==e= p n i=covw ko=k

,aper p n Fu}e=ovw ko=kbrooveA p n Twhovanw ko=kbrooveA p n Twhovanw hzeLtra ght p n i=covw ko=k6ater a= 6ater=QoarA mater a= 6ater= Aesk!6ater a= of top oarA 6ater= horn Aesk!6ater a= of ottom oarA 6ater= spoAn Aesk!L=eeve mater a= 6ater = o jmk!ToA mater a= 6ater = th=aHu mater a= 6ater = n ojeLhaft mater a= 6ater = hzAe=eC=ev s mater = 6ater = v A= ceNrm of force Tameno s=!

,h ckness of oarA ,=ou{~ka Aesk! ,h ckness of ottom oarA ,=ou{~ka spoAn Aesk! ,h ckness of top oarA ,=ou{~ka vrchn Aesk!


79/90

ToA A ameter %rmyr th=aL=eeve A ameter %rmyr o jmk!Lhaft A ameter %rmyr hzAe=eHu A ameter %rmyr n ojeToA X Ath zka th=aC=ev s X Ath zka v A= ce% n Y ,op oarA Fo=k Y Horn Aeska% n Y Qottom oarA Fo=k Y LpoAn Aeska% n Y L=eeve Fo=k Y jmka% n Y ToA Fo=k Y ,h=o% n Y Hu Fo=k Y : oj% n Y Lhaft Fo=k Y HzAe=% n Y C=ev s ep Y i A= ce% n Y QoarA Fo=k Y Reska% n Y ToA ep Y ,h=o6essages spec a= for ca=cu=at onCoup= ng Aes gn :vrh spojeRraX ng i!kres=en Learch H=eAatCa=cu=at on of p nneA coup= ngs iwpoxet xepovwch a ko=kovwch spojCoup= ng t!pe ,!p spojem n. tens =e strength m n. pevnost v tahuMser p n i=astn ko=kInput sect on Fap to=a vstupnch parametr?oaA ng anA as c parameters of the coup= n Oat}en a dk=aAn parametr! spojeRes gn of coup= ng A mens ons :vrh rodmyr spojeLtrength checks of the coup= ng %evnostn kontro=! spojeCa=cu=at on un ts eAnotk! vwpoxtu

,ransferreA poXer %zen{enw vwkonLhaft speeA txk! hzAe=e

,orWue Frout c momentperat ona= anA mount ng parameters of the %rovodn a mont}n parametr! spojeNct ng force %so c s=a

,!pe of =oaA ng ,!p dat}en ,!pe of p n ,!p ko=kuConnect on =oaA ng Oat}en spoje% n se=ect onU coup= ng parameters io= a ko=kuU parametr! spojeLerv ce factor %rovodn koef c ent Lerv ce factor < enA ngU shear ng> %rovodn koef c ent ?oaA A str ut on factor Foef c ent rod=o}en dat}en TeAuct on factors Foef c ent! sn}en nosnost spoje

,!pe of f t Opso u=o}en N==oXa =e range of p n A ameters Rovo=enw rodsah pr myru ko=ku:um er of p ns n connect on %oxet ko=k ve spojCoup= ng A mens ons Todmyr! spojeRes reA safet! %o}aAovan edpexnost%erm ss =e pressure Rovo=enw t=ak %erm ss. pressure Rovo=enw t=ak M=t mate tens =e strength 6ed pevnost v tahu%erm ss =e pressure Rovo=enw t=ak


80/90

%erm ss =e shear stress Rovo=en napyt ve sm!ku%erm ss =e tors ona= stress Rovo=en napyt v krutu%erm ss =e enA ng stress Rovo=en napyt v oh! uTecommenAeA p n A ameter Roporuxenw prmyr ko=kuLearch ng for a su ta =e p n i!h=eAn vhoAn ho ko=ku% n A ameter %rmyr ko=kuN==oXa =e range of p n =engths Rovo=enw rodsah A =ek ko=ku% n mater a= 6ater = ko=ku % n =ength R =ka ko=ku6 n. funct ona= =ength of p n 6 n. funkxn A =ka ko=kuBunct ona= =ength of p n Bunkxn A =ka ko=kuCheck of shaft for tors on Fontro=a hzAe=e na krut% n check for shear ng Fontro=a ko=ku na sm!k% n check for enA ng Fontro=a ko=ku na oh!Check of contact pressure Fontro=a ot=axen Comparat ve pressure Lrovnvac t=akComparat ve stress Lrovnvac napyt Lafet! QedpexnostLMMm n TMmm npMN pMRbtMN btMRbsMN bsMR


81/90

RS SL BI BT HM I, N F :? :Qerechnungsname

a:e nLprache)arnungsme=Aungen automat sch ande genN==geme n:ormInformat onen:ame Aer H =fsAateiers onsnummeriers onsAatum%rojekt nformat onenNutorRatum%rojektY:r.%rojektY:ameRate namebrunA nformat onNnmerkungNutor s erungN rechenLtarten:ur ande genRemoSrneuernFaufenN utor s erenHerunter=aAenH er Aen Nutor s erungskoAe e nge enR e ersetdung Aer Qerechnung ver=uftQerechnungenH =feNutor s erungQerechnung

,afe=n)erkstoff S nste==ung)rter uchRatenMmste==ung Aes L!stemAatumsNutor s erung Y FennXorte nga eLtart Aer ntegr erten Mmge ung.Qerechnungsstart.H =feH =feH nXe s6I,Ca=c Y : chtg=t ge ? dendb=t ge ? dend


82/90

b=t ge ? dend? denderneuerungRemoYiers onRemoYiers onS nga efeh=erL!stemfeh=erR e LoftXare st n cht nsta== ertFontakt nformat onen

braf sche Nusga eU CNR Y L!steme2R Nusga e nReta =R B RateNutomat sch2RYOe chnungsmastaOe chnung e7port eren%rogrammst n cht gestartet. )nschen L e A e Oe chnung n Aer R B Rate du spe chern|Ratee7 st ert schon. erschre en |

Qerechnung feh=erfre .Oe =e kontro== eren

Lteckst ft fr A e BeAerha=terung.L cherungsst ft.uerst ft n Aer Ougstange unA H=se.TaA a=st ft dur ier nAung Aer )e==e m t Aer :a e.?ngsst ft dur ier nAung Aer )e==e m t Aer :a e.Qo=den fr A e ?aufver nAung Aer Ougstange m t ba e=.Q egungs e=astung Aurch uerkraft.Lcher e=astung Aurch uerkraft.Qe=astung Aurch Rrehmoment.TuhenAe Qe=astungLchXe==enAe Qe=astung)echse=nAe Qe=astungio==st ftFer st ftBests td?aufs tdFonstrukt onsstah=Vergtete und legierte SthleOberfl hengehrteter St!hl"in#!t$#t!hl%ut!hl%u##ei#en 'it (!'ellengr!)hit%u##ei#en 'it *ugelgr!)hit

Cop!r ght 2//3R eses %rogramm 0 %aket sturhe errecht= ch geschtdt.


83/90

Alu'iniu'legierungBr+n$eQo=den m t Fopf Qo=den m t Fopf unA m t Lp= nt=ochQo=den ohne Fopf Qo=den ohne Fopf unA m t Lp= nt=cherFupp=ungsst fteU ungehrtetO!= nAerst fteU ungehrtetU m t gerunAeter FuppeO!= nAerst fteU ungehrtetU m t N kantenO!= nAerst fteU ungehrtetO!= nAerst fteU gehrtetO!= nAerst fte m t InnengeX nAeO!= nAerst fte m t InnengeX nAeU ungehrtetO!= nAerst fte m t InnengeX nAeU gehrtetFege=st fteU ungehrtetO!= nAerker st fte%aker st fteO!= nAerker st fte m t S nfhrenAeLteckker st fteFne e=ker st fte m t =angen Fer enFne e=ker st fte m t kurden Fer enFege=ker st fte,!lbrund-erbngelFne e=ker st fteFupp=ungsst fteU gehrtetU m t N kantenFupp=ungsst fteU gehrtetO!= nAerst fteU m t N kantenO!= nAerst fteFege=st fteQo=denLt ftFupp=ungsst ftO!= nAerst ftFege=st ftFer st ft*erbngelO!= nAerst ft.!teri!l.!teri!l der /l!tte.!teri!l der +beren /l!tte.!teri!l der unteren /l!tte.!teri!l der ,l#e

.!teri!l der 0ug#t!nge6ater a= Aer :a e6ater a= Aer )e==e.!teri!l der %!bel*r!ft!r'Di -e der /l!tteDi -e der unteren /l!tteDi -e der +beren /l!tte


84/90

0ug#t!ngendur h'e##er ,l#endur h'e##er ellendur h'e##er N!bendur h'e##er Breite der 0ug#t!ngeBreite der %!bel

Stift Obere /l!tteStift ntere /l!tteStift ,l#eStift 0ug#t!ngeLt ft Y :a eLt ft Y )e==eB+l$en %!belStift /l!tteB+l$en 0ug#t!nge

"nt4urf der Verbindung0ei hnen

#u henBere hnung der B+l$en und Stift erbindungen

,!p Aer ier nAungm n. Ougfest gke tS gener Lt ftFap te= Aer S ngangsparameterQe=astung unA brunAparameter Aer ier nAungSntXurf Aer N messungen Aer ier nAungBest gke tskontro==en Aer ier nAungQerechnungse nhe ten ertragene ?e stung)e==enArehdah=RrehmomentBetrieb# und .+nt!ge)!r!'eter der VerbindungS nX rkenAe FraftQe=astungst!pLt ftartVerbindung#bel!#tung)ah= Aes Lt ftesU %arameter Aer ier nAungQetr e skoeff d ent Qetr e skoeff d ent Foeff d ent Aer Qe=astungsverte =ung6 nAerungsfaktorenL tdartOuge=as. Qere ch Aes Lt ftAurchmessers0!hl der Stifte in VerbindungN messungen Aer ier nAungbeforAerte L cherhe tOuge=assener Rruck Ouge=assener Rruck


85/90

Ouge=assene LcherspannungOuge=as. ierArehungspannungOuge=assene Q egespannungSmpfoh=ener Lt ftAurchmesserNussuchen Aes gee gneten Lt ftesLt ftAurchmesserOuge=assener Qere ch Aer Lt ft=ngen6ater a= Aes Lt ftes Lt ft=ngeBunkt one==e 6 nAest=ngeBunkt one==e Lt ft=ngeFontro==e Aer )e==entors onLcherkontro==e Aes Lt ftesQ egekontro==e Aes Lt ftesFontro==e Aes ?e ungsAruckes ierg=e chsAruckierg=e chsspannungL cherhe tTMmm npMObtMObsMO


86/90

%? %, TM LF L? Li ,T OH OL


87/90


88/90


89/90


90/90

Documents

Tinh Toan Chot