μ

0.15

:=

d

10.773mm

:=

dp

11.351mm

:=

ds

dp

:=

d0

13mm

:=

dn

18mm

:=

Dz

200mm

:=

Dw

110mm

:=

s

dn

:=

Re

280MPa

:=

kr

145MPa

:=

P

1mm

:=

i

6

:=

Qw

kr

π



d

2



(

)

4 1.266



1.044

10

4



N

=

:=

γ

atan

P

π ds















0.028

=

:=

γ1

γ

180

π



1.606

=

:=

ρ

atan

μ

cos 30 deg



(

)













0.172

=

:=

ρ1

ρ

180

π



9.826

=

:=

Ms

0.5 Qw



dp



tan

γ1 deg



ρ1 deg



+

(

)



11.982 J

=

:=

dt

0.5 s

d0

+

(

)



0.016 m

=

:=

Mt

0.5 Qw



μ



dt



12.136 J

=

:=

Mc

Ms

Mt

+

24.119 J

=

:=

A

π

Dz

2













2

Dw

2













2

+















:=

S0

2

π



Dz

2













3

Dw

2













3

-















3

:=

Q

6 Qw



:=

Msmax

μ

Q S0



A



400.905 J

=

:=

ORIGIN

1

:=

Xsr1

0.8 408.351



:=

*

Sigma1

0.15 Xsr1



:=

x1

Xsr1

10 Sigma1



-

Xsr1

9.9 Sigma1



-

,

Xsr1

9 Sigma1



+

..

-163.34

-158.44

-153.54

-148.64

-143.74

-138.839

-133.939

-129.039

-124.139

-119.238

-114.338

-109.438

-104.538

-99.638

-94.737

...

=

:=

M1

dnorm x1 Xsr1

,

Sigma1

,

(

)

:=

27.4

27.6

27.8

28

0

5 10

5

-



1 10

4

-



1.5 10

4

-



M1

M2

x1 x2

,

p1

pnorm 28 Xsr1

,

Sigma1

,

(

)

:=

p1

5.463

10

10

-



=

p2

pnorm 28 Xsr2

,

Sigma2

,

(

)

1

=

:=

p1

p2

+

1

=

Prawdopodobienstwo

P

1

p2

-

p1

+

5.032

10

8

-



=

:=

Qw1

kr

2

3 64



dp

2



tan

γ1 deg



ρ1 deg



+

(

)



tan

γ1 deg



ρ1 deg



+

(

)

π

2

d

6





16

π

2

d

4



+













:=

Qw1

1.063

10

4



N

=

Ms1

0.5 Qw1



dp



tan

γ1 deg



ρ1 deg



+

(

)



12.205 J

=

:=

dt1

0.5 s

d0

+

(

)



0.016 m

=

:=

Mt1

0.5 Qw1



μ



dt



12.362 J

=

:=

Mc1

Ms1

Mt1

+

24.567 J

=

:=

Q1

6 Qw1



:=

M1smax

μ

Q1 S0



A



408.351 J

=

:=

Xsr2

0.9 24.567



:=

Sigma2

0.05 Xsr2



:=

x2

Xsr2

10 Sigma2



-

Xsr2

9.9 Sigma2



-

,

Xsr2

10 Sigma2



+

..

11.055

11.166

11.276

11.387

11.497

11.608

11.718

11.829

11.94

12.05

12.161

12.271

12.382

12.492

12.603

...

=

:=

M2

dnorm x2 Xsr2

,

Sigma2

,

(

)

:=