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
,
(
)
:=