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Shaft 02

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Shaft design and calculation Shaft calculation Clear table of results

i Calculation without errors.


ii Project information
? Input sectinon
1.0 Preliminary shaft diameter design
1.1 Calculation units
1.2 Transmitted power 25.00 [HP] 1.6 Type of shaft load
1.3 Shaft speed 1500 [/min]
1.4 Torsion moment 1050.00 [lb.in] 1.7 Material of the shaft
1.5 Preliminary min. diameter 1.26 [in]
2.0 Shaft shape and dimensions
2.1 The scale of the displayed shaft diameter. Calculation units

1.5

0.5

0
-2 0 2 4 6 8 10
-0.5

-1

-1.5

2.2 Table 1 2 3 4 5 6 7 8 9 10
Origin 0.00 0.79 1.18 2.36 5.12 5.51 5.91 6.69 8.66 8.66
L 0.787 0.394 1.181 2.756 0.394 0.394 0.787 1.969
ø Da 0.984 1.181 1.969 2.362 1.772 1.575 1.181 0.984
ø Db 0.984 1.181 1.969 2.362 1.772 1.575 1.181 0.984
ø da 0.197 0.197 0.197 0.197 0.197 0.197 0.197 0.000
ø db 0.197 0.197 0.197 0.197 0.197 0.197 0.197 0.000
R 0.039 0.039 0.039 0.039 0.039 0.039 0.039 0.039
2.3 Total length of the shaft 8.66 [in] 2.6 The shaft surface (Roughness Ra)
2.4 X-coordinate of the left support (bearing) Fixed 0.39 [in]
2.5 X-coordinate of the right support (bearing) Free 6.30 [in]
3.0 Notches and necking-down on the shaft
3.1 The ultimate tensile strength (Su, Rm) 86297.0 ✘ [psi]
3.2 Notch sensitivity factor (q) 0.45
3.3 A. Transverse hole
X[in] d[in] bc bb bt
-2 0 2 4 6 8 10
1.00 1.00 1.00
1.00 1.00 1.00
3.4 B. Necking-down
X[in] d[in] r[in] bc bb bt
1.00 1.00 1.00
1.00 1.00 1.00
1.00 1.00 1.00
3.5 C. General notch
X[in] b[in] bc bb bt
1.00 1.00 1.00
1.00 1.00 1.00
1.00 1.00 1.00
1.00 1.00 1.00
1.00 1.00 1.00
3.6 D. Rounding between cylindrical sections of the shaft
1 2 3 4 5 6 7 8 9
bc 1.59 1.79 1.86 1.90 1.68 1.72 1.59 1.00 1.00
bb 1.50 1.64 1.73 1.75 1.59 1.60 1.50 1.00 1.00
bt 1.25 1.34 1.37 1.38 1.29 1.31 1.25 1.00 1.00
4.0 Loading of the shaft
-2 0 2 4 6 8 10

4.1 Loading X Fx F alfa Mt Mb alfa Q b alfa


[in] [lbf] [°] [lbf*ft] [°] [lbf/in] [in] [°]
1 3.74 22.5 449.6 0 36.88 22.13 180
2 7.87 224.8 90 -36.88 0.00
3
4
5
6
7
8
9
10
5.0 Rotating masses
5.1 Additional rotating masses (resonance speed)
5.2 Use loading from the weight of disks in the calculation?
5.3 X D d b Ro m
[in] [lb/feet^3] [lb]
M1 0.00 0.00 0.00 0.00 486.9 0.00 ✘

M2 0.00 0.00 0.00 0.00 486.9 0.00 ✘

M3 0.00 0.00 0.00 0.00 486.9 0.00 ✘

M4 0.00 0.00 0.00 0.00 486.9 0.00 ✘

M5 0.00 0.00 0.00 0.00 486.9 0.00 ✘

6.0 Material and the type of loading


6.1 Shaft material (Ultimate tensile strength min-max) 6.17 Dead load
[psi] 6.18 Max. displayed coefficient of safety 20
6.2 Ultimate tensile strength Su/Rm 86297 [psi] ✘ 6.19 Stress ratio factor a0 0.85 ✘

6.3 Yield strength in tension SY/Re 56093 [psi] 6.20 Coefficient of maximum loading
6.4 Yield strength in bending SYb/Reb 67312 [psi] 6.21 Bending 1.70
6.5 Yield strength in shear SYs/Res 39265 [psi] 6.22 Radial load 1.70
6.6 For reversed loading 6.23 Torsion 1.70
6.7 Fatigue limit - tension-press sC 31067 [psi] 6.24 Tension/Compression 1.70
6.8 Fatigue limit - bending seC 41423 [psi] 6.25 Loading conditions
6.9 Fatigue limit - torsion tC 25889 [psi] 6.26 Loading from bending moment
6.10 For cyclic loading 6.27 Loading from radial force
6.11 Fatigue limit - tension-press shC 46600 [psi] 6.28 Load from torsional moment
6.12 Fatigue limit - bending sehC 62134 [psi] 6.29 Loading from tension/pressure force
6.13 Fatigue limit - torsion thC 36245 [psi] 6.30 Dynamic strength check
6.14 Specific mass Ro 490.0 [lb/feet^3] 6.31 Impact from shaft surface
6.15 Modulus of elasticity in tensi E 30457800 [psi] 6.32 Impact from shaft size
6.16 Modulus of elasticity in shea G 11603000 [psi] 6.33 Impact from stress concentration (notc
? Results section
7.0 Results - summary
8.0 Graph - Deflection, Bending angle
9.0 Graph - Bending moment, Bending stress
10.0 Graph - Radial force, Stress in shear
11.0 Graph - Axial force, Torsional moment
12.0 Graph - Torsional angle, Reduced stress, Safety coeficient
13.0 Graphical output, CAD systems
Calculation's units
Imperial (lbf, in, HP….)
SI Units (N, mm, kW…)

Type of load
A…Static torsion Static torsion
B…Static torsion + bending Static torsion + bending
C…Repeated torsion + bending Repeated torsion + bending

Material Load type Rm[MPa] Su[psi]


A...Common structural steel (72500) Common structural 500 72500
B...Structural steel with increased st Structural steel w 850 123250
C...High-strength structural steel (1 High-strength stru 1200 174000

Allowable torsional shearing stress [MPa]


40 20 10
56 28 14
80 40 20

Load type selection


A…Static Static
B…Repeated Repeated
C…Reversed Reversed

Stress Concentration Factors


User values USER
Keyway (end mill) KEY
Keyway (slotting cutter) KEY
Straight-sided splines SPLINE
Involute splines SPLINE
Press fit (type 1) PRESS
Press fit (type 2) PRESS
Press fit (type 3) PRESS
Thread THREAD

Material table 2 3 4 5

Material ID Material name Char Density

kg/m3
A…Structural steel (50800 - 101500) Structural steel A 7850
B…Refined and alloyed steel (72500 Refined and alloye B 7850
C…Case-hardened steel (101500 - 1 Case-hardened st C 7850
D…Grey cast iron (14500 - 50800) Grey cast iron D 7200
E…Light alloys (14500 - 65300) Light alloys E 2800

Table of Tensile Strength, Ultimate


72500 0 6526.665
79000 1
85600 2
92100 3
98600 4
105100 5
111700 6
118200 7
124700 8
131200 9
137800 10
144300 11
150800 12
157300 13
163900 14
170400 15
176900 16
183500 17
190000 18
196500 19
203000 20

Senzitivy coeficient
Rm [MPa] Material A Material B Material C Material D
100 0.4 0.4 0.4 0.2
200 0.4 0.4 0.4 0.23
300 0.4 0.4 0.4 0.26
400 0.4 0.4 0.4 0.3
500 0.45 0.45 0.45 0.3
600 0.45 0.45 0.45 0.3
700 0.45 0.45 0.45 0.3
800 0.5 0.5 0.5 0.3
900 0.6 0.6 0.6 0.3
1000 0.7 0.7 0.7 0.3
1100 0.8 0.8 0.8 0.3
1200 0.9 0.9 0.9 0.3
1300 0.95 0.95 0.95 0.3
1400 0.95 0.95 0.95 0.3
1500 0.95 0.95 0.95 0.3

Size coeficient for bending


d [mm] Material A Material B Material C Material D
0 1 1 1 1
10 1 1 1 1
20 0.95 0.86 0.86 0.86
30 0.91 0.8 0.8 0.8
40 0.88 0.75 0.75 0.75
50 0.84 0.71 0.71 0.71
60 0.8 0.69 0.69 0.69
70 0.78 0.68 0.68 0.68
80 0.76 0.67 0.67 0.67
100 0.73 0.64 0.64 0.64
120 0.7 0.62 0.62 0.62
150 0.68 0.61 0.61 0.61
1000 0.6 0.54 0.54 0.54

Size coeficient for torsion


d [mm] Material A Material B Material C Material D
0 1 1 1 1
10 1 1 1 1
20 0.91 0.91 0.91 0.91
30 0.86 0.86 0.86 0.86
40 0.81 0.81 0.81 0.81
50 0.78 0.78 0.78 0.78
60 0.76 0.76 0.76 0.76
70 0.74 0.74 0.74 0.74
80 0.73 0.73 0.73 0.73
100 0.72 0.72 0.72 0.72
120 0.7 0.7 0.7 0.7
150 0.68 0.68 0.68 0.68
1000 0.6 0.6 0.6 0.6

Shaft surface coeficient - selecti Type ID Ra [nmm] Ra [ninch]


A…Polished (4) Polished A 0.1 4
B…Fine ground (8) Fine ground B 0.2 8
C…Ground (32) Ground C 0.8 32
D…Turned (64) Turned D 1.6 64
E…Rough machined (125) Rough machined E 3.2 125
F…Unmodified (1000) Unmodified F 25 1000
G…Surface with iron scales (-) Surface with iron scales G - -
H…Corrosion (-) Corrosion H - -

Shaft surface coeficient - values


Rm [MPa] A B C D
0 1 1 0.98 0.96
100 1 0.99 0.97 0.97
200 1 0.98 0.96 0.93
400 1 0.96 0.92 0.88
600 1 0.94 0.89 0.85
800 1 0.92 0.87 0.82
1000 1 0.92 0.86 0.79
1200 1 0.91 0.85 0.78
1400 1 0.91 0.85 0.78

Material senzitivity coefficient Bending Torsion


0 0.01 0.01
400 0.01 0.01
500 0.02 0.01
600 0.04 0.02
700 0.06 0.03
800 0.09 0.04
900 0.12 0.06
1000 0.15 0.08
1100 0.18 0.09
1200 0.22 0.12
1300 0.26 0.15
1400 0.31 0.18

Table of shaft diameters


Cone begin Cone end Cone length Start dia End dia
0 0.787401574803 0.7874015748 0.9842519685 0.984252
0.78740157480315 1.181102362205 0.3937007874 1.1811023622 1.1811024
1.18110236220472 2.362204724409 1.1811023622 1.968503937 1.9685039
2.36220472440945 5.11811023622 2.75590551181 2.3622047244 2.3622047
5.11811023622047 5.511811023622 0.3937007874 1.7716535433 1.7716535
5.51181102362205 5.905511811024 0.3937007874 1.5748031496 1.5748031
5.90551181102362 6.692913385827 0.7874015748 1.1811023622 1.1811024
6.69291338582677 8.661417322835 1.96850393701 0.9842519685 0.984252
8.66141732283465 8.661417322835 0 0 0
8.66141732283465 8.661417322835 0 0 0

Stress coeficients (tension)

Stright
Key A Key B
splines
0 1 1 1 1.6
200 1 1.2 1.1 1.8
300 1 1.35 1.2 1.95
400 1 1.51 1.3 2.1
500 1 1.64 1.38 2.25
600 1 1.76 1.46 2.36
700 1 1.89 1.54 2.45
800 1 2.01 1.62 2.55
900 1 2.14 1.64 2.67
1000 1 2.26 1.77 2.7
1100 1 2.38 1.86 2.75
1200 1 2.5 1.92 2.8
Stress coeficients (bending)
0 1 1 1 1.6
200 1 1.2 1.1 1.8
300 1 1.35 1.2 1.95
400 1 1.51 1.3 2.1
500 1 1.64 1.38 2.25
600 1 1.76 1.46 2.36
700 1 1.89 1.54 2.45
800 1 2.01 1.62 2.55
900 1 2.14 1.64 2.67
1000 1 2.26 1.77 2.7
1100 1 2.38 1.86 2.75
1200 1 2.5 1.92 2.8
Stress coeficients (torsion)
0 1 1 1 1.1
200 1 1.05 1.05 1.15
300 1 1.1 1.1 1.25
400 1 1.2 1.2 1.35
500 1 1.37 1.37 1.45
600 1 1.54 1.54 1.55
700 1 1.71 1.71 1.6
800 1 1.88 1.88 1.65
900 1 2.05 2.05 1.7
1000 1 2.22 2.22 1.72
1100 1 2.32 2.32 1.73
1200 1 2.39 2.39 1.75

Hole coeficients
d/D 0 0.1 0.2 0.3
Ax 1 0.87 0.74 0.62
Ix 1 0.83 0.66 0.51
Sx 1 0.83 0.68 0.53
Ik 1 0.91 0.82 0.73

Table of results columns ID Name Units SI Units Imp


01…Z - Shear force [lbf] 01 Z - Shear force N lbf
02…Z - Bending moment [lbf*ft] 02 Z - Bending mo Nm lbf*ft
03…Z - Angular deflection [°] 03 Z - Angular defle ° °
04…Z - Deflection [in] 04 Z - Deflection mm in
05…Z - Bending stress [psi] 05 Z - Bending stre MPa psi
06…Z - Stress in shear [psi] 06 Z - Stress in she MPa psi
07…Y - Shear force [lbf] 07 Y - Shear force N lbf
08…Y - Bending moment [lbf*ft] 08 Y - Bending mo Nm lbf*ft
09…Y - Angular deflection [°] 09 Y - Angular defle ° °
10…Y - Deflection [in] 10 Y - Deflection mm in
11…Y - Bending stress [psi] 11 Y - Bending stre MPa psi
12…Y - Stress in shear [psi] 12 Y - Stress in she MPa psi
13…Shear force - Sum [lbf] 13 Shear force - S N lbf
14…Bending moment - Sum [lbf*ft] 14 Bending moment Nm lbf*ft
15…Angular deflection - Sum [°] 15 Angular deflecti ° °
16…Deflection - Sum [in] 16 Deflection - Sum mm in
17…Bending stress - Sum [psi] 17 Bending stress MPa psi
18…Stress in shear - Sum [psi] 18 Stress in shear MPa psi
19…Shear force - Direction of max. va 19 Shear force - Di ° °
20…Bending moment - Direction of ma 20 Bending moment ° °
21…Angular deflection - Direction of 21 Angular deflectio ° °
22…Deflection - Direction of max. val 22 Deflection - Dire ° °
23…Bending stress - Direction of max. 23 Bending stress - ° °
24…Stress in shear - Direction of max 24 Stress in shear - ° °
25…Torsional moment [lbf*ft] 25 Torsional momen Nm lbf*ft
26…Stress in torsion [psi] 26 Stress in torsion MPa psi
27…Torsion angle [°] 27 Torsion angle ° °
28…Tension [lbf] 28 Tension N lbf
29…Stress in tension [psi] 29 Stress in tension MPa psi
30…Equivalent stress [psi] 30 Equivalent stres MPa psi
31…Total coefficient - bending 31 Total coefficient ~ ~
32…Total coefficient - tension 32 Total coefficient ~ ~
33…Total coefficient - shear 33 Total coefficient ~ ~
34…Total coefficient - torsion 34 Total coefficient ~ ~
35…Cross section - area [in^2] 35 Cross section - a mm^2 in^2
36…Cross-section - quadratic moment 36 Cross-section - mm^4 in^4
37…Cross-section - section modulus i 37 Cross-section - mm^3 in^3
38…Cross-section - Polar moment of i 38 Cross-section - mm^4 in^4
39…Cross section - Polar section mod 39 Cross section - mm^3 in^3
40…Safety coefficient (equivalent str 40 Safety coefficient (equivalent stress)
41…Safety coefficient (static) 41 Safety coefficient (static)
42…Safety coefficient (dynamic) 42 Safety coefficient (dynamic)
43…Empty graph 43 Empty graph

Safety max. value


5
10
20
50
100
200
500
1000

Coeficient Alfa0
Torsion Bending -> static dynamic alternating
static 1 0.8 0.7
dynamic 1.15 1 0.85
alternating 1.3 1.15 1

Coeficient for critical speed


Shaft freely rotating in bearings, ove 0.9 Shaft freely rotating in bearings, overhung rotating disc
Shaft freely rotating in bearings, rot 1 Shaft freely rotating in bearings, rotating disc between the bearin
Stationary placed shaft - only discs a 1.3 Stationary placed shaft - only discs are rotating
6 7 8 9 10 11 12 13

Modul of Elasticity s(Rm) s(Re) Tension - Compression


s(Rm)min s(Rm)max
selected selected
Tension Torsion sC s hC
MPa MPa MPa MPa MPa MPa coef * Rm coef
210000 80000 350 700 400 50052.269 0.38 0.57
210000 80000 500 1400 600 56093.06 0.36 0.54
210000 80000 700 1200 900 51778.209 0.42 0.63
17328403 7220200 100 350 200 51778.209 0.25 0.375
73000 27400 100 450 300 60407.911 0.3 0.6
Material E
0.3
0.35
0.4
0.45
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5

Material E
1
1
1
1
1
1
1
1
1
1
1
1
1

Material E
1
1
1
1
1
1
1
1
1
1
1
1
1

E F G H
0.95 0.92 0.9 0.85
0.94 0.9 0.87 0.8
0.9 0.8 0.78 0.7
0.83 0.75 0.68 0.58
0.78 0.69 0.6 0.47
0.76 0.66 0.55 0.37
0.73 0.63 0.48 0.28
0.72 0.59 0.4 0.22
0.71 0.57 0.35 0.2
Involute Cylindrical Cylindrical Cylindrical
Thread Neck
splines pressure A pressure B pressure C
1.6 1.4 1.3 1.05 1.1 2
1.8 1.6 1.45 1.1 1.2 2.1
1.95 1.8 1.6 1.15 1.3 2.2
1.41 2.1 1.75 1.2 1.45 2.3
1.43 2.4 2 1.3 1.78 2.4
1.46 2.6 2.2 1.4 1.96 2.5
1.49 2.9 2.4 1.5 2.2 2.6
1.52 3.1 2.6 1.6 2.32 2.75
1.55 3.5 2.8 1.8 2.47 2.83
1.58 3.8 3.1 1.9 2.61 3
1.59 4.1 3.4 2.1 2.75 3.1
1.6 4.4 3.7 2.3 2.9 3.2

1.6 1.4 1.3 1.05 1.1 2


1.8 1.6 1.45 1.1 1.2 2.1
1.95 1.8 1.6 1.15 1.3 2.2
1.41 2.1 1.75 1.2 1.45 2.3
1.43 2.4 2 1.3 1.78 2.4
1.46 2.6 2.2 1.4 1.96 2.5
1.49 2.9 2.4 1.5 2.2 2.6
1.52 3.1 2.6 1.6 2.32 2.75
1.55 3.5 2.8 1.8 2.47 2.83
1.58 3.8 3.1 1.9 2.61 3
1.59 4.1 3.4 2.1 2.75 3.1
1.6 4.4 3.7 2.3 2.9 3.2

1.1 1 1 1 1 1.5
1.15 1.04 1 1 1 1.6
1.25 1.17 1.04 1 1 1.7
1.35 1.365 1.1375 1 1 1.8
1.45 1.56 1.3 1 1 1.86
1.55 1.69 1.43 1 1 1.94
1.6 1.885 1.56 1 1 2.02
1.65 2.015 1.69 1.04 1 2.1
1.7 2.275 1.82 1.17 1 2.15
1.72 2.47 2.015 1.235 1 2.23
1.73 2.665 2.21 1.365 1 2.3
1.75 2.86 2.405 1.495 1 2.4

0.4 0.5 0.6 0.7 0.8 0.9 1


0.5 0.39 0.28 0.19 0.1 0.04 0
0.37 0.25 0.15 0.08 0.03 0.006 0
0.41 0.29 0.19 0.11 0.05 0.01 0
0.63 0.52 0.42 0.29 0.17 0.07 0

Translation table
Shear force
Bending moment
Angular deflection
Deflection
Bending stress
Stress in shear
Sum
Direction of max. value
overhung rotating disc
rotating disc between the bearings
cs are rotating
14 15 16 17 18 19 20

Bending Torsion s(Reb)


selected
s Cb s hCb Reb t Ct t hCt Ret
MPa
0.49 0.735 1.3 0.35 0.4025 0.7 65067.94931
0.48 0.72 1.2 0.3 0.42 0.7 67311.6717
0.46 0.69 1.3 0.3 0.39 0.6 67311.6717
0.42 0.672 1.3 0.4 0.56 0.6 67311.6717
0.4 0.74 1.3 0.25 0.5 0.6 78530.28365
21

s(Res)
selected

35036.58809
39265.14183
31066.9254
31066.9254
36244.7463
1.0 General
1.1 Language ###
2.0 Info
2.1 Name of help file shaft.htm
2.2 Version number shaft_01_92
2.3 Version date 13.04.2019-12:27:53

Copyright © 2003
This program/workbook is copyright protected
www.mitcalc.com
1.0 DXF Output Target Applications Table
Selection List Command's Table Name SendKeys App Name
DXF File
AutoCAD LT xx T_DXFC_ACAD AutoCAD LT
AutoCAD R12 T_DXFC_ACAD AutoCAD 12
AutoCAD R13 T_DXFC_ACAD14 AutoCAD
AutoCAD R14 T_DXFC_ACAD14 AutoCAD
AutoCAD 2000 T_DXFC_ACAD AutoCAD 2000
AutoCAD 2002 T_DXFC_ACAD AutoCAD 2002
AutoCAD 2004 T_DXFC_ACAD AutoCAD 2004
AutoCAD 2005 T_DXFC_ACAD AutoCAD 2005
AutoCAD 2006 T_DXFC_ACAD AutoCAD 2006
AutoCAD 2007 T_DXFC_ACAD AutoCAD 2007
AutoCAD 2008 T_DXFC_ACAD AutoCAD 2008
AutoCAD 2009 (Mechanical… T_DXFC_ACAD AutoCAD
AutoCAD 2010,2011,2012 (M T_DXFC_ACAD AutoCAD
AutoCAD 2013 T_DXFC_ACAD2013 AutoCAD
AutoCAD 2014 T_DXFC_ACAD2013 Autodesk AutoCAD
AutoCAD 2015, 2016 T_DXFC_ACAD2013 Autodesk AutoCAD
AutoCAD 2017 T_DXFC_ACAD2013 Autodesk AutoCAD
AutoCAD 2018 T_DXFC_ACAD2013 Autodesk AutoCAD
AutoCAD 2019, 2020 T_DXFC_ACAD2013 Autodesk AutoCAD
IntelliCAD 2001 T_DXFC_ICAD Intellicad 2001
CADopia IntelliCAD 4 T_DXFC_ICAD CADopia IntelliCAD 4
Ashlar Graphite v7.2 EN T_DXFC_GRAPHITE Graphite
TurboCAD Professional v8.2 T_DXFC_TCADV82 TurboCAD Professional v8.2
BricsCAD T_DXFC_BRICSCAD BricsCAD
ZWCAD T_DXFC_BRICSCAD ZWCAD
progeCAD 20xx T_DXFC_BRICSCAD progeCAD 20
Not used T_DXFC_ICAD DocumentName - Notepad

2.0 File Name

3.0 Layer Names


Outline Axis Invisible line
MTC_OUTLINE MTC_AXIS MTC_INVISIBLE

4.0 DXF Header Definition (ISO, mm)


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3.0;70;0;0;LTYPE;2;MTC_DASH;3;Invisible_line;72;65;73;2;40;11.0;49;8.0;49;-
3.0;70;0;0;LTYPE;2;MTC_SOLID;3;Solid_line;72;65;73;0;40;0.0;70;0;0;ENDTAB;0;TABLE;2;LAYER;0;LAYER;2;MTC_O
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5.0 DXF Header Definition (ANSI, Inch)


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_DASHDOT;70;0;0;LAYER;2;MTC_INVISIBLE;62;8;6;MTC_DASH;70;0;0;ENDTAB;0;ENDSEC;0;SECTION;2;ENTITIES;

6.0 DXF End of File


0;ENDSEC;0;EOF

7.0 Name of Cell Containing the User Part


_DXF_UserPart1

8.0 DXF User Part Definition String


0;TEXT;8;0;10;0.0;20;0.0;30;0.0;40;3.5;1;EMPTY DEFINITIO
1
0;LINE;8;0;10;-2.0;20;-2.0;30;0.0;11;68.0;21;-2.0;31;0.0

9.0 Parameters for DXF tables


Pixel size scale [mm] 0.35
Text width scale 0.7
Text hight scale 0.6
Text border justify 0.8

Drawing Scale
Automatic 1.18110236220472
1:100 100
1:50 50
1:20 20
1:10 10
1:5 5
2:5 2.5
1:2 2
1:1 1
2:1 0.5
5:2 0.4
5:1 0.2
10:1 0.1

System variables
Application Name DXF File
Command Table Name 0
SendKeys App Name 0
DDE App Name 0
DDE Topic 0

AutoCAD LT, AutoCAD 13,14,2000,2002, 2004


SendKeys
{ESC}{ESC}
DDE
#VALUE!
SendKeys
~

Intellicad 2001
SendKeys
#VALUE!
SendKeys
#VALUE!
SendKeys
#VALUE!

Ashlar Graphite v7.2 EN


SendKeys
%fi
SendKeys
#VALUE!
SendKeys
~~

TurboCAD Professional v8.2


SendKeys
%if
SendKeys
#VALUE!
SendKeys
~~

AutoCAD 13,14
SendKeys
{ESC}{ESC}
DDE
#VALUE!
SendKeys
~

AutoCAD 2013, 2014


SendKeys
{ESC}
DDE
#VALUE!
SendKeys
~

BricsCAD
SendKeys
{ESC}{ESC}
SendKeys
#VALUE!
SendKeys
~

AutoCAD 14 DXF Header+


0;SECTION;2;HEADER;9;$ACADVER;1;AC1009;0;ENDSEC;
DDE App Name DDE Topic

AutoCAD LT.DDE system OK, tested


AutoCAD.DDE system
AutoCAD.R13.DDE system
AutoCAD.R14.DDE system OK, tested
AutoCAD.R15.DDE system
AutoCAD.R15.DDE system OK, tested
AutoCAD.R16.DDE system OK, tested
AutoCAD.R16.DDE system OK, tested
AutoCAD.R16.DDE system OK, tested
AutoCAD.R17.DDE system OK, tested
AutoCAD.R17.DDE system OK, tested
AutoCAD.R17.DDE system OK, tested
AutoCAD.R18.DDE system OK, tested
AutoCAD.R19.DDE system OK, tested
AutoCAD.R19.DDE system OK, tested
AutoCAD.R20.DDE system OK, tested
AutoCAD.R21.DDE system OK, tested
AutoCAD.R22.DDE system OK, tested
AutoCAD.R23.DDE system OK, tested
OK, tested
OK, tested
OK, tested
essional v8.2 OK, tested
OK, tested
OK, tested
OK, tested

#VALUE!

Thin line Text normal Text bold


MTC_THIN MTC_TEXTN MTC_TEXTB

xis_line;72;65;73;4;40;11.7;49;5.0;49;-3.0;49;0.7;49;-
8.0;49;-
ENDTAB;0;TABLE;2;LAYER;0;LAYER;2;MTC_OUTLINE;62;7;6;MTC_SOLID;70;0;0;LAYER;2;MTC
SOLID;70;0;0;LAYER;2;MTC_THIN;62;8;6;MTC_SOLID;70;0;0;LAYER;2;MTC_AXIS;62;1;6;MTC_
NDTAB;0;ENDSEC;0;SECTION;2;ENTITIES;

xis_line;72;65;73;4;40;1.2;49;0.5;49;-0.25;49;0.2;49;-
;0.5;49;-
;ENDTAB;0;TABLE;2;LAYER;0;LAYER;2;MTC_OUTLINE;62;7;6;MTC_SOLID;70;0;0;LAYER;2;MT
_SOLID;70;0;0;LAYER;2;MTC_THIN;62;8;6;MTC_SOLID;70;0;0;LAYER;2;MTC_AXIS;62;1;6;MTC
ENDTAB;0;ENDSEC;0;SECTION;2;ENTITIES;
0

;0.0;20;0.0;30;0.0;40;3.5;1;EMPTY DEFINITION
-2.0;20;-2.0;30;0.0;11;68.0;21;-2.0;31;0.0
X Y+ Y- Shaft outline
-0.007874 0
0 0 0 Scale line
1 0 0.492126 -0.492126 -0.216535 0
0.787402 0.492126 -0.492126 8.661417 0
0.787402 0 0
2 0.787402 0.590551 -0.590551
1.181102 0.590551 -0.590551
1.181102 0 0 Scale line
3 1.181102 0.984252 -0.984252 -0.216535 -2.165354
2.362205 0.984252 -0.984252 8.661417 2.165354
2.362205 0 0
4 2.362205 1.181102 -1.181102
5.11811 1.181102 -1.181102 Coeficients
5.11811 0 0 DX_1 0.108268
5 5.11811 0.885827 -0.885827 DY_1 0.216535
5.511811 0.885827 -0.885827
5.511811 0 0
6 5.511811 0.787402 -0.787402
5.905512 0.787402 -0.787402
5.905512 0 0
7 5.905512 0.590551 -0.590551
6.692913 0.590551 -0.590551
6.692913 0 0
8 6.692913 0.492126 -0.492126
8.661417 0.492126 -0.492126
8.661417 0 0
9 8.661417 0 0
8.661417 0 0
8.661417 0 0
10 8.661417 0 0
8.661417 0 0
8.661417 0 0
Shaft inner line
1 0 0 0 1
0 0.098425 -0.098425
0.787402 0.098425 -0.098425
0.787402 0 0
2 0.787402 0 0 1
0.787402 0.098425 -0.098425
1.181102 0.098425 -0.098425
1.181102 0 0
3 1.181102 0 0 1
1.181102 0.098425 -0.098425
2.362205 0.098425 -0.098425
2.362205 0 0
4 2.362205 0 0 1
2.362205 0.098425 -0.098425
5.11811 0.098425 -0.098425
5.11811 0 0
5 5.11811 0 0 1
5.11811 0.098425 -0.098425
5.511811 0.098425 -0.098425
5.511811 0 0
6 5.511811 0 0 1
5.511811 0.098425 -0.098425
5.905512 0.098425 -0.098425
5.905512 0 0
7 5.905512 0 0 1
5.905512 0.098425 -0.098425
6.692913 0.098425 -0.098425
6.692913 0 0
8 0 0 0 0
0 0 0
0 0 0
0 0 0
9 0 0 0 0
0 0 0
0 0 0
0 0 0
10 0 0 0 0
0 0 0
0 0 0
0 0 0

X Y Support (Fix)
0.393701 0 DX 0.216535
0.177165 -0.472441 DY 0.472441
0.610236 -0.472441
0.393701 0
0.610236 -0.472441
0.646325 -0.519685
0.141076 -0.519685
0.141076 -0.566929
0.646325 -0.566929

X Y Support (Float)
6.299213 0 DX 0.216535
6.082677 -0.472441 DY 0.472441
6.515748 -0.472441
6.299213 0
6.515748 -0.472441
6.559055 -0.590551
6.03937 -0.590551

X Y Force Fx
1 3.740157 0 X1 3.740157
3.523622 -0.108268 Yes/No -1
3.523622 0
2.874016 0
3.523622 0
3.523622 0.108268
3.740157 0
2 7.874016 0 X1 7.874016
7.874016 0 Yes/No 0
7.874016 0
7.874016 0
7.874016 0
7.874016 0
7.874016 0
3 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
4 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
5 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
6 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
7 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
8 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
9 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
10 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0

X Y Force F
1 3.740157 0 X1 3.740157
3.667979 -0.324803 Yes/No -1
3.740157 -0.324803
3.740157 -1.40748
3.740157 -0.324803
3.812336 -0.324803
3.740157 0
2 7.874016 0 X1 7.874016
7.801837 -0.324803 Yes/No -1
7.874016 -0.324803
7.874016 -1.40748
7.874016 -0.324803
7.946194 -0.324803
7.874016 0
3 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
4 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
5 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
6 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
7 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
8 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
9 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0
10 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
0 0

X Y Torsion moment
1 3.740157 -0.649606 X1 3.740157
3.740157 -1.515748 Yes/No -1
3.848425 -1.732283
3.740157 -1.948819
3.63189 -1.732283
3.740157 -1.515748
2 7.874016 0.649606 X1 7.874016
7.874016 1.515748 Yes/No 1
7.765748 1.732283
7.874016 1.948819
7.982283 1.732283
7.874016 1.515748
3 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
4 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
5 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
6 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
7 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
8 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
9 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0
10 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
0 0
0 0

X Y Bending moment
1 3.956693 2.165354 X1 3.740157
3.740157 2.165354 Yes/No -1
3.740157 -2.165354
3.523622 -2.165354
2 7.874016 0 X1 7.874016
7.874016 0 Yes/No 0
7.874016 0
7.874016 0
3 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
4 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
5 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
6 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
7 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
8 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
9 0 0 X1 0
0 0 Yes/No 0
0 0
0 0
10 0 0 X1 0
0 0 Yes/No 0
0 0
0 0

X Y Continuous load
1 3.740157 0 X1 3.740157
3.740157 0 Yes/No 0
3.740157 0 B1 0
3.740157 0
3.740157 0
2 7.874016 0 X2 7.874016
7.874016 0 Yes/No 0
7.874016 0 B2 0
7.874016 0
7.874016 0
3 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
4 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
5 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
6 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
7 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
8 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
9 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0
10 0 0 X2 0
0 0 Yes/No 0
0 0 B2 0
0 0
0 0

0.393701 -2.165354 Support axis


0.393701 2.165354
6.299213 -2.165354
6.299213 2.165354

Fi X Y X Y X Y Basic circle
0 0 2 0 3 0 4
0.174533 0.347296 1.969616 0.520945 2.954423 0.694593 3.939231
0.349066 0.68404 1.879385 1.02606 2.819078 1.368081 3.75877
0.523599 1 1.732051 1.5 2.598076 2 3.464102
0.698132 1.285575 1.532089 1.928363 2.298133 2.57115 3.064178
0.872665 1.532089 1.285575 2.298133 1.928363 3.064178 2.57115
1.047198 1.732051 1 2.598076 1.5 3.464102 2
1.22173 1.879385 0.68404 2.819078 1.02606 3.75877 1.368081
1.396263 1.969616 0.347296 2.954423 0.520945 3.939231 0.694593
1.570796 2 1.225E-16 3 1.837E-16 4 2.449E-16
1.745329 1.969616 -0.347296 2.954423 -0.520945 3.939231 -0.694593
1.919862 1.879385 -0.68404 2.819078 -1.02606 3.75877 -1.368081
2.094395 1.732051 -1 2.598076 -1.5 3.464102 -2
2.268928 1.532089 -1.285575 2.298133 -1.928363 3.064178 -2.57115
2.443461 1.285575 -1.532089 1.928363 -2.298133 2.57115 -3.064178
2.617994 1 -1.732051 1.5 -2.598076 2 -3.464102
2.792527 0.68404 -1.879385 1.02606 -2.819078 1.368081 -3.75877
2.96706 0.347296 -1.969616 0.520945 -2.954423 0.694593 -3.939231
3.141593 2.909E-15 -2 4.364E-15 -3 5.819E-15 -4
3.316126 -0.347296 -1.969616 -0.520945 -2.954423 -0.694593 -3.939231
3.490659 -0.68404 -1.879385 -1.02606 -2.819078 -1.368081 -3.75877
3.665191 -1 -1.732051 -1.5 -2.598076 -2 -3.464102
3.839724 -1.285575 -1.532089 -1.928363 -2.298133 -2.57115 -3.064178
4.014257 -1.532089 -1.285575 -2.298133 -1.928363 -3.064178 -2.57115
4.18879 -1.732051 -1 -2.598076 -1.5 -3.464102 -2
4.363323 -1.879385 -0.68404 -2.819078 -1.02606 -3.75877 -1.368081
4.537856 -1.969616 -0.347296 -2.954423 -0.520945 -3.939231 -0.694593
4.712389 -2 -5.7E-15 -3 -8.54E-15 -4 -1.14E-14
4.886922 -1.969616 0.347296 -2.954423 0.520945 -3.939231 0.694593
5.061455 -1.879385 0.68404 -2.819078 1.02606 -3.75877 1.368081
5.235988 -1.732051 1 -2.598076 1.5 -3.464102 2
5.410521 -1.532089 1.285575 -2.298133 1.928363 -3.064178 2.57115
5.585054 -1.285575 1.532089 -1.928363 2.298133 -2.57115 3.064178
5.759587 -1 1.732051 -1.5 2.598076 -2 3.464102
5.934119 -0.68404 1.879385 -1.02606 2.819078 -1.368081 3.75877
6.108652 -0.347296 1.969616 -0.520945 2.954423 -0.694593 3.939231
6.283185 -9.37E-15 2 -1.41E-14 3 -1.87E-14 4

X Y Angle indikator
0 0
-4.9E-16 2
-4.9E-16 2
-7.35E-16 3
0 0
0 0

X Y Concentration Factors - hole1


0 0 Yes/No 0
0 0 Scale line
0 0 Concentration Factors - hole2 0 -1.082677
0 0 Yes/No 0 8.661417 1.082677

X Y
1 0 0 Concentration Factors - Necks
#N/A 0 Yes/No 1 0
#N/A 0 Yes/No 2 0
0 0 Yes/No 3 0
0 0
2 0 0
#N/A 0
#N/A 0
0 0
0 0
3 0 0
#N/A 0
#N/A 0
0 0
0 0

X Y Concentration Factors - User


0 0 Yes/No 1 0
0 0
0 0
0 0
0 0 Yes/No 2 0
0 0
0 0
0 0
0 0 Yes/No 3 0
0 0
0 0
0 0
0 0 Yes/No 4 0
0 0
0 0
0 0
0 0 Yes/No 5 0
0 0
0 0
0 0
0 1 2 3 4 5 6 7 8
ID x T_z Mo_z Fi_z y_z Sb_z Ss_z T_y Mo_y
[in] [lbf] [lbf*ft] [rad] [in] [psi] [psi] [lbf] [lbf*ft]
0
0.017323
0.034646
0.051969
0.069291
0.086614
0.103937
0.12126
0.138583
0.155906
0.173228
0.190551
0.207874
0.225197
0.24252
0.259843
0.277165
0.294488
0.311811
0.329134
0.346457
0.36378
0.381102
0.398425
0.415748
0.433071
0.450394
0.467717
0.485039
0.502362
0.519685
0.537008
0.554331
0.571654
0.588976
0.606299
0.623622
0.640945
0.658268
0.675591
0.692913
0.710236
0.727559
0.744882
0.762205
0.779528
0.79685
0.814173
0.831496
0.848819
0.866142
0.883465
0.900787
0.91811
0.935433
0.952756
0.970079
0.987402
1.004724
1.022047
1.03937
1.056693
1.074016
1.091339
1.108661
1.125984
1.143307
1.16063
1.177953
1.195276
1.212598
1.229921
1.247244
1.264567
1.28189
1.299213
1.316535
1.333858
1.351181
1.368504
1.385827
1.40315
1.420472
1.437795
1.455118
1.472441
1.489764
1.507087
1.524409
1.541732
1.559055
1.576378
1.593701
1.611024
1.628346
1.645669
1.662992
1.680315
1.697638
1.714961
1.732283
1.749606
1.766929
1.784252
1.801575
1.818898
1.83622
1.853543
1.870866
1.888189
1.905512
1.922835
1.940157
1.95748
1.974803
1.992126
2.009449
2.026772
2.044094
2.061417
2.07874
2.096063
2.113386
2.130709
2.148031
2.165354
2.182677
2.2
2.217323
2.234646
2.251969
2.269291
2.286614
2.303937
2.32126
2.338583
2.355906
2.373228
2.390551
2.407874
2.425197
2.44252
2.459843
2.477165
2.494488
2.511811
2.529134
2.546457
2.56378
2.581102
2.598425
2.615748
2.633071
2.650394
2.667717
2.685039
2.702362
2.719685
2.737008
2.754331
2.771654
2.788976
2.806299
2.823622
2.840945
2.858268
2.875591
2.892913
2.910236
2.927559
2.944882
2.962205
2.979528
2.99685
3.014173
3.031496
3.048819
3.066142
3.083465
3.100787
3.11811
3.135433
3.152756
3.170079
3.187402
3.204724
3.222047
3.23937
3.256693
3.274016
3.291339
3.308661
3.325984
3.343307
3.36063
3.377953
3.395276
3.412598
3.429921
3.447244
3.464567
3.48189
3.499213
3.516535
3.533858
3.551181
3.568504
3.585827
3.60315
3.620472
3.637795
3.655118
3.672441
3.689764
3.707087
3.724409
3.741732
3.759055
3.776378
3.793701
3.811024
3.828346
3.845669
3.862992
3.880315
3.897638
3.914961
3.932283
3.949606
3.966929
3.984252
4.001575
4.018898
4.03622
4.053543
4.070866
4.088189
4.105512
4.122835
4.140157
4.15748
4.174803
4.192126
4.209449
4.226772
4.244094
4.261417
4.27874
4.296063
4.313386
4.330709
4.348031
4.365354
4.382677
4.4
4.417323
4.434646
4.451969
4.469291
4.486614
4.503937
4.52126
4.538583
4.555906
4.573228
4.590551
4.607874
4.625197
4.64252
4.659843
4.677165
4.694488
4.711811
4.729134
4.746457
4.76378
4.781102
4.798425
4.815748
4.833071
4.850394
4.867717
4.885039
4.902362
4.919685
4.937008
4.954331
4.971654
4.988976
5.006299
5.023622
5.040945
5.058268
5.075591
5.092913
5.110236
5.127559
5.144882
5.162205
5.179528
5.19685
5.214173
5.231496
5.248819
5.266142
5.283465
5.300787
5.31811
5.335433
5.352756
5.370079
5.387402
5.404724
5.422047
5.43937
5.456693
5.474016
5.491339
5.508661
5.525984
5.543307
5.56063
5.577953
5.595276
5.612598
5.629921
5.647244
5.664567
5.68189
5.699213
5.716535
5.733858
5.751181
5.768504
5.785827
5.80315
5.820472
5.837795
5.855118
5.872441
5.889764
5.907087
5.924409
5.941732
5.959055
5.976378
5.993701
6.011024
6.028346
6.045669
6.062992
6.080315
6.097638
6.114961
6.132283
6.149606
6.166929
6.184252
6.201575
6.218898
6.23622
6.253543
6.270866
6.288189
6.305512
6.322835
6.340157
6.35748
6.374803
6.392126
6.409449
6.426772
6.444094
6.461417
6.47874
6.496063
6.513386
6.530709
6.548031
6.565354
6.582677
6.6
6.617323
6.634646
6.651969
6.669291
6.686614
6.703937
6.72126
6.738583
6.755906
6.773228
6.790551
6.807874
6.825197
6.84252
6.859843
6.877165
6.894488
6.911811
6.929134
6.946457
6.96378
6.981102
6.998425
7.015748
7.033071
7.050394
7.067717
7.085039
7.102362
7.119685
7.137008
7.154331
7.171654
7.188976
7.206299
7.223622
7.240945
7.258268
7.275591
7.292913
7.310236
7.327559
7.344882
7.362205
7.379528
7.39685
7.414173
7.431496
7.448819
7.466142
7.483465
7.500787
7.51811
7.535433
7.552756
7.570079
7.587402
7.604724
7.622047
7.63937
7.656693
7.674016
7.691339
7.708661
7.725984
7.743307
7.76063
7.777953
7.795276
7.812598
7.829921
7.847244
7.864567
7.88189
7.899213
7.916535
7.933858
7.951181
7.968504
7.985827
8.00315
8.020472
8.037795
8.055118
8.072441
8.089764
8.107087
8.124409
8.141732
8.159055
8.176378
8.193701
8.211024
8.228346
8.245669
8.262992
8.280315
8.297638
8.314961
8.332283
8.349606
8.366929
8.384252
8.401575
8.418898
8.43622
8.453543
8.470866
8.488189
8.505512
8.522835
8.540157
8.55748
8.574803
8.592126
8.609449
8.626772
8.644094
8.661417
9 10 11 12 13 14 15 16 17 18
Fi_y y_y Sb_y Ss_y T_sum Mo_sum Fi_sum y_sum Sb_sum Ss_sum
[rad] [in] [psi] [psi] [lbf] [lbf*ft] [rad] [in] [psi] [psi]
19 20 21 22 23 24 25 26 27 28
T_ang Mo_ang Fi_ang y_ang Sb_ang Ss_ang Tor S_Tor Fi_Tor Tens
[lbf*ft] [psi] [deg] [lbf]
29 30 31 32 33 34 35 36 37 38
S_Tens S_Comp Beta Beta Beta Beta Ax Ix Sx Ik
[psi] [psi] bend tens shear tor [in2] [in4] [in3] [in4]
39 40 41 42 43 44 45 Selection1 Selection2
Sk Safety Safety Safety Empty Empty Empty Safety Safety
[in3] yeld stat dyn stat dyn
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
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0 0
0 0
0 0
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0 0
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0 0
0 0
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0 0
0 0
0 0
0 0
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0 0
0 0
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0 0
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0 0
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0 0
0 0
0 0
0 0
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0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
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0 0
0 0
0 0
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0 0
0 0
0 0
0 0
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0 0
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0 0
0 0
0 0
0 0
0 0
S S Di
H
h h al
el
Sheet ee ee o
p Pr
texts t t g'
& o EN CS
gr Calculation name Jméno výpočtu
XM_Yes a Yes Ano
XM_No No Ne
XM_Language Language Jazyk
XM_WarningMSG Display automatically warning messages Zobrazovat automaticky varovné
XM_General General Obecné
XM_Standard Standard Norma
XM_InfoSection Info Informace
XM_HelpName Name of help file Jméno souboru nápovědy
XM_VerN Version number Číslo verze
XM_VerD Version date Datum verze
XS_Project XC_PrjInfo Project information Informace o projektu
XM_PrjAuthor Author Autor
XM_PrjDate Date Datum
XM_PrjNo Project No. Číslo projektu
XM_PrjName Project Name Název projektu
XM_PrjFileName File name Jméno souboru
XM_PrjInfo Basic Info Základní informace
XM_PrjNote Project Notes Poznámka
AuthDialo Authorization Autorizace
ABT_Canc&Cancel &Konec
ABT_Run Run Spustit
ABT_ViewView Only Pouze zobrazit
ABT_Dem&Demo &Demo
ABT_Ren &Renew &Obnovit
ABT_Buy &Buy Ko&upit
ABT_Autho &Authorize &Autorizovat
ABT_DownDo&wnload &Stáhnout
AUT_LabeEnter the Authorization code here : Sem zadejte autorizační kód :
Translate Runs calculation translation Probíhá překlad výpočtu
BT_Calculati &Calculations &Výpočty
BT_Help &Help &Nápověda
BT_Registrat Authorization Autorizace
SH_Calculati Calculation Výpočet
SH_Tables Tables Tabulky
SH_Material Material Materiál
SH_Options Options Nastavení
SH_Dictionar Dictionary Slovník
SH_Data Data Data
BT_ExtraCop Save a copy for different versions of Office Uložit kopii pro odlišnou verzi Of
MSG_ExceExcel Workbook Sešit aplikace Excel
MSG_ExceExcel Binary Workbook Binární sešit aplikace Excel
MSGSave Uložení
MS System date change Změna systémového datumu
MS Authorization - Password entering Autorizace - zadání hesla
MSGStart of the integrated environment. Start integrovaného prostředí
MS Start of calculation. Spuštění výpočtu
MS Help Nápověda
MSGHelp Nápověda
MS Warning Upozornění
MSGMITCalc - Nonvalid license MITCalc - Neplatná licence
AUT0 Valid license Platná licence
AUT1 Valid license Platná licence
AUT2 Renewing your license Obnovení licence
AUT3 Demo version Demo verze
AUT4 Demo version Demo verze
AUT5 Error in the entry Chyba zápisu
AUT6 System error Systémová chyba
AUT7 The software is not installed Software není nainstalován
AUT_CContact information: Kontaktní informace:
Copyright © 2003 Copyright © 2003
This program/workbook is copyright Tento program/sešit je chráněn
XM_Copyright protected copyrightem.
MS Graphic output Grafický výstup
MS Graphic output Grafický výstup
XM_ErrMsg XC_ErrMsg Calculation without errors. Výpočet bez chyb.
XM_ErrMsg2 Check lines: Zkontrolujte řádek:

Messages special for calculation


DXF_App Export of drawing Export výkresu
DXF_App Application Program
DXF_App isn't running. Do you want to save the drawin není spuštěn. Chcete uložit výk
DXF_ExistFile Soubor
DXF_Existexist. Overwrite it ? již existuje. Chcete jej přepsat ?
BTN_01 Shaft calculation Výpočet hřídele
BTN_02 Clear table of results Čistit tabulku výsledků
XM_SuppFixed Fixed Pevná
XM_SuppLoose Free Volná
XS_Graph Graph Graf
XM_Deflection Deflection Průhyb
XM_BendAng Bending angle Ohybový úhel
XM_BendM Bending moment Ohybový moment
XM_BendS Bending stress Napětí v ohybu
XM_RadLoad Radial force Posouvající síla
XM_ShearStress Stress in shear Napětí ve střihu
XM_Tension Axial force Osová síla
XM_TensionS Tensile-Compressive stress Tahové-Tlakové napětí
XM_Torsion Torsional moment Krouticí moment
XM_TorsionS Stress in torsion Napětí v krutu
XM_Force Force Síla
XM_Stress Stress Napětí
XM_RefStress Reduced stress Redukované napětí
XM_TorAngle Torsional angle Úhel zkroucení
XM_Safety Safety coeficient Koeficient bezpečnosti
XM_SafStat Static safety Statická bezpečnost
XM_SafDyn Dynamic safety Dynamická bezpečnost
XM_0001 XC_0014 Calculation units Jednotky výpočtu
XM_0002 Static torsion Stálý krut
XM_0003 Static torsion + bending Stálý krut + ohyb
XM_0004 Repeated torsion + bending Míjivý krut + ohyb
XM_0005 Common structural steel Běžná konstrukční ocel
XM_0006 Structural steel with increased strength Ocel se zvýšenou pevností
XM_0007 High-strength structural steel Ocel s vysokou pevností
XM_0008 Static Statické
XM_0009 Repeated Míjivé
XM_0010 Reversed Střídavé
XM_0011 Structural steel Konstrukční ocel
XM_0012 Refined and alloyed steel Zušlechtěná a legovaná ocel
XM_0013 Case-hardened steel Cementovaná ocel
XM_0014 Grey cast iron Šedá litina
XM_0015 Light alloys Lehké slitiny
XM_0016 Polished Leštěno
XM_0017 Fine ground Jemně broušeno
XM_0018 Ground Broušeno
XM_0019 Turned Soustruženo
XM_0020 Rough machined Hrubováno
XM_0021 Unmodified Bez úpravy
XM_0022 Surface with iron scales Povrch s okujemi
XM_0023 Corrosion Korodováno
XM_0024 Shear force Posouvající síla
XM_0025 Bending moment Ohybový moment
XM_0026 Angular deflection Natočení
XM_0027 Deflection Průhyb
XM_0028 Bending stress Napětí v ohybu
XM_0029 Stress in shear Napětí ve střihu
XM_0030 Sum Součet
XM_0031 Direction of max. value Směr maximální hodnoty
XM_0032 Torsional moment Krouticí moment
XM_0033 Stress in torsion Napětí v krutu
XM_0034 Torsion angle Úhel zkroucení
XM_0035 Tension Napětí
XM_0036 Stress in tension Napětí v tahu
XM_0037 Equivalent stress Redukované napětí
XM_0038 Total coefficient - bending Celkový součinitel - ohyb
XM_0039 Total coefficient - tension Celkový součinitel - tah
XM_0040 Total coefficient - shear Celkový součinitel - střih
XM_0041 Total coefficient - torsion Celkový součinitel - krut
XM_0042 Cross section - area Řez - plocha
XM_0043 Cross-section - quadratic moment Řez - kvadratický moment
XM_0044 Cross-section - section modulus in bend Řez - průřezový modul v ohybu
XM_0045 Cross-section - Polar moment of inertia Řez - modul tuhosti v krutu
XM_0046 Cross section - Polar section modulus Řez - průřezový modul v krutu
XM_0047 Safety coefficient (equivalent stress) Koeficient bezpečnosti (redukova
XM_0048 Safety coefficient (static) Koeficient bezpečnosti (statický)
XM_0049 Safety coefficient (dynamic) Koeficient bezpečnosti (dynamic
XM_0050 Empty graph Prázdný graf
XM_0051 Shaft design and calculation Návrh a výpočet hřídele
XM_0052 XC_0052 Input sectinon Kapitola vstupních parametrů
XS_0001 XC_0001 Preliminary shaft diameter design Předběžný návrh průměru hřídel
XS_0002 XC_0002 Shaft shape and dimensions Tvar a rozměry hřídele
XS_0003 XC_0003 Notches and necking-down on the shaft Vruby a zápichy na hřídeli
XS_0004 XC_0004 Loading of the shaft Zatížení hřídele
XS_0005 XC_0005 Rotating masses Rotující hmoty
XS_0006 XC_0006 Material and the type of loading Materiál a způsob namáhání
XM_0053 XC_0053 Results section Kapitola výsledků
XS_0007 XC_0007 Results - summary Výsledky - shrnutí
XS_0013 XC_0013 Graphical output, CAD systems Grafický výstup, CAD sytémy
XM_0054 XC_0054 Transmitted power Přenášený výkon
XM_0055 XC_0055 Shaft speed Otáčky hřídele
XM_0056 XC_0056 Torsion moment Krouticí moment
XM_0057 XC_0057 Preliminary min. diameter Předběžný min. průměr
XM_0058 XC_0058 Type of shaft load Typ zatížení hřídele
XM_0059 XC_0059 Material of the shaft Materiál hřídele (pevnost v tahu)
XM_0060 DXF File DXF soubor
XM_0061 XC_0061 The scale of the displayed shaft diameter. Měřítko průměru zobrazeného hří
XM_0062 XC_0062 Table Tabulka
XM_0063 Origin Počátek
XM_0064 XC_0064 Total length of the shaft Celková délka hřídele
XM_0065 XC_0065 X-coordinate of the left support (bearing) X-ová souřadnice levé podpory (l
XM_0066 XC_0066 X-coordinate of the right support (bearing) X-ová souřadnice pravé podpory
XM_0067 XC_0067 The shaft surface (Roughness Ra) Povrch hřídele (Drsnost Ra)
XM_0068 XC_0068 The ultimate tensile strength (Su, Rm) Mez pevnosti v tahu (Su, Rm)
XM_0069 XC_0069 Notch sensitivity factor (q) Koeficient citlivosti materiálu (q)
XM_0070 XC_0070 A. Transverse hole A. Průchozí díra
XM_0071 XC_0071 B. Necking-down B. Zápich
XM_0072 XC_0072 C. General notch C. Obecný vrub
XM_0073 XC_0073 D. Rounding between cylindrical sections of th D. Zaoblení mezi válcovými úseky
XM_0074 XC_0074 Loading Zatížení
XM_0075 XC_0075 Additional rotating masses (resonance speed) Dodatečné rotující hmoty (výpoče
XM_0076 XC_0076 Use loading from the weight of disks in the cal Použít zatížení od hmotnosti kot
XM_0200 XC_0200 X X
XM_0077 XC_0077 Shaft material (Ultimate tensile strength min- Materiál hřídele (Pevnost v tahu
XM_0078 Ultimate tensile strength Mez pevnosti v tahu
XM_0079 Yield strength in tension Mez kluzu v tahu
XM_0080 Yield strength in bending Mez kluzu v ohybu
XM_0081 Yield strength in shear Mez kluzu ve smyku
XM_0082 Fatigue limit - tension-pressure Mez únavy - tah/tlak
XM_0083 Fatigue limit - bending Mez únavy - ohyb
XM_0084 Fatigue limit - torsion Mez únavy - krut
XM_0085 Specific mass Měrná hmotnost
XM_0086 Modulus of elasticity in tension Modul pružnosti v tahu
XM_0087 Modulus of elasticity in shear Modul pružnosti ve smyku
XM_0088 XC_0088 Dead load Zatížení vlastní vahou
XM_0089 XC_0089 Max. displayed coefficient of safety Max. zobrazený součinitel bezpeč
XM_0090 XC_0090 Stress ratio factor Součinitel namáhání
XM_0091 XC_0091 Coefficient of maximum loading Součinitel max. zatížení
XM_0092 Bending Ohyb
XM_0093 Radial load Posouvající síla
XM_0094 Torsion Krut
XM_0095 Tension/Compression Tah/Tlak
XM_0096 XC_0096 Loading conditions Zatěžovací podmínky
XM_0097 Loading from bending moment Zatížení ohybovým momentem
XM_0098 Loading from radial force Zatížení posouvající silou
XM_0099 Load from torsional moment Zatížení krouticím momentem
XM_0100 Loading from tension/pressure force Zatížení tahovou/tlakovou silou
XM_0101 XC_0101 Dynamic strength check Dynamická kontrola
XM_0102 Impact from shaft surface Vliv povrchu hřídele
XM_0103 Impact from shaft size Vliv velikosti hřídele
XM_0104 Impact from stress concentration (notch) Vliv koncentrace napětí (vrub)
XM_0105 XC_0105 Reaction in the support R1 Reakce v podpoře R1
XM_0106 Reaction in the support R2 Reakce v podpoře R2
XM_0107 Total shaft weight Celková hmotnost hřídele
XM_0108 XC_0108 Maximum deflection Maximální průhyb
XM_0109 XC_0109 Maximum torsional deflection Maximální zkroucení
XM_0110 XC_0110 Angular deflection in R1 Naklopení v R1
XM_0111 Angular deflection in R2 Naklopení v R2
XM_0112 Max. bending stress Max. napětí v ohybu
XM_0113 Max. stress in shear Max. napětí ve střihu
XM_0114 Max. stress in torsion Max. napětí v krutu
XM_0115 Max. stress in tension/pressure Max. napětětí v tahu/tlaku
XM_0116 Max. equivalent stress Max. redukované napětí
XM_0117 XC_0117 Critical speed (A) Rezonanční otáčky (A)
XM_0118 XC_0118 Min. static safety Min. statická bezpečnost
XM_0119 XC_0119 Min. dynamic safety Min. dynamická bezpečnost
XM_0120 XC_0120 Results for X co-ordinate Výsledky v souřadnici X =
XM_0121 XC_0121 Graph Graf
XM_0122 Curves in graph Křivky v grafu
XM_0123 XZ Plane Rovina XZ
XM_0124 XY Plane Rovina XY
XM_0125 Sum Součet
XM_0126 Angle Úhel
XM_0127 XC_0127 Output of 2D drawing to: Výstup 2D výkresu do:
XM_0128 User values Vlastní hodnoty
XM_0129 Keyway (end mill) Drážka pro pero (čepová fréza)
XM_0130 Keyway (slotting cutter) Drážka pro pero (kotoučová fréz
XM_0131 Straight-sided splines Rovnoboké drážkování
XM_0132 Involute splines Evolventní drážkování
XM_0133 Press fit (type 1) Nalisovaný náboj (typ 1)
XM_0134 Press fit (type 2) Nalisovaný náboj (typ 2)
XM_0135 Press fit (type 3) Nalisovaný náboj (typ 3)
XM_0136 Thread Závit
XM_0137 Shaft Hřídel
XM_0138 XC_0138 For reversed loading Pro střídavé zatížení
XM_0139 XC_0139 For cyclic loading Pro míjivé zatížení
XM_DXFScale 2D drawing scale Měřítko 2D výkresu
XM_DXFSAuto Automatic Automaticky

XM_0253 XC_0253 Text description (Information for BOM) Textový popis (Informace pro ku
XM_0254 Row 1 (BOM attribute 1) Řádek 1 (Kusovník atribut 1)
XM_0255 Row 2 (BOM attribute 2) Řádek 2 (Kusovník atribut 2)
XM_0256 Row 3 (BOM attribute 3) Řádek 3 (Kusovník atribut 3)
XM_Material Material: Materiál:

XM_0300 Shaft freely rotating in bearings, overhung rotaHřídel volně otočný v ložiskách, r
XM_0301 Shaft freely rotating in bearings, rotating dis Hřídel volně otočný v ložiskách, r
XM_0303 Stationary placed shaft - only discs are rotatin Pevně uložený hřídel - rotují jen
DE ES FI FR
Berechnungsname
Ja Oui
Nein Non
Sprache Langue
Warnungsmeldungen automatisch anzeigen Afficher automatiquement les messages d'avertissement
Allgemein Général
Norm Norme
Informationen Info
Name der Hilfsdatei Nom du fichier d'aide
Versionsnummer Numéro de la version
Versionsdatum Date de la version
Projektinformationen Information sur le projet
Autor Auteur
Datum Date
Projekt-Nr.. Numéro de projet
Projekt-Name Nom de projet
Dateiname Nom de fichier
Grundinformation Information de base
Anmerkung Notes de projet
Autorisierung Autorisation
&Abbrechen &Annuler
Starten Démarrer
Nur anzeigen Voir seulement
&Demo &Démonstration
&Erneuern &Renouveler
&Kaufen &Acheter
A&utorisieren &Autoriser
&Herunterladen &Télécharger
Hier den Autorisierungskode eingeben: Entrer le code d'autorisation ici :
Die Übersetzung der Berechnung verläuft Traduction du calcul
&Berechnungen &Calculs
&Hilfe &Aide
Autorisierung Autoriser
Berechnung Calcul
Tafeln Tableaux
Werkstoff Matériel
Einstellung Options
Wörterbuch Dictionnaire
Daten Données
Speichern eine Kopie für andere Versionen von Offic Enregistrer une copie pour une autre version d'Office
Excel-Arbeitsmappe Classeur Excel
Binäre Excel-Arbeitsmappe Classeur Excel Binaire
Speichern Enregistrer
Umstellung des Systemdatums Changement de date du système
Autorisierung - Kennworteingabe Autorisation - entrée de mot de passe
Start der integrierten Umgebung. Démarrage de l'environnement intégré
Berechnungsstart. Démarrage de calcul
Hilfe Aide
Hilfe Aide
Hinweis Avertissement
MITCalc - Nichtgültige Lizenz MITcalc - licence invalide
Gültige Lizenz Licence valide
Gültige Lizenz Licence valide
Lizenzerneuerung Renouvellement de votre licence
Demo-Version Version de démonstration
Demo-Version Version de démonstration
Eingabefehler Erreur d'insertion
Systemfehler Erreur de système
Die Software ist nicht installiert Le logiciel n'est pas installé
Kontaktinformationen Information de contact
Copyright © 2003
Dieses Programm / Paket ist Copyright © 2003
urheberrechtlich geschützt. Ce programme est protégé par les droits d'auteur
Graphischer Ausgang Résultat graphique
Graphischer Ausgang Résultat graphique
Berechnung fehlerfrei. Calcul sans erreurs.
Zeile kontrollieren: Lignes de vérification :

Zeichnung exportieren Exportation du dessin


Programm Programme
ist nicht gestartet. Wünschen Sie die Zeichnung in d Ne marche pas. Voulez-vous sauvegarder le dessin (DXF) ?
Datei Fichier
existiert schon. Überschreiben ? Existe. Le remplacer ?
Berechnung der Welle Calcul de l'arbre
Resultatstabelle säubern Vider le tableau des résultats
fest Fixe
frei Libre
Diagramm Graphique
Durchbiegung Déviation
Biegewinkel Angle de flexion
Biegemoment Moment de flexion
Biegespannung Tension de flexion
Querkraft Force radiale
Schubspannung Effort de cisaillement
Axialkraft Force axiale
Zug-Druckspannung Effort de tension-Compression
Drehmoment Moment de torsion
Torsionsspannung, Verdrehungsspannung Effort dans la torsion
Kraft Force
Spannung Effort
Reduzierte Spannung Effort réduit
Verdrehungswinkel Angle de torsion
Sicherheitskoeffizient Coefficient de sûreté
Statische Sicherheit Sûreté statique
Dynamische Sicherheit Sûreté dynamique
Berechnungseinheiten Unités de calcul
Ruhende Torsion Torsion statique
Ruhende Torsion + Biegung Torsion statique + flexion
Schwellende Torsion + Biegung Torsion répétée + flexion
Allgemeiner Baustahl Acier de construction
Baustahl mit erhöhter Festigkeit Acier de construction avec une résistance accrue
Baustahl mit hoher Festigkeit Acier de construction de haute résistance
Statisch Statique
Schwellend Répété
Wechselnd Renversé
Baustahl Acier de construction
Vergüteter und legierter Stahl Acier raffiné et allié
Zementstahl Acier durci
Graues Gußeisen Fer de fonte grise
Leichte Legierungen Alliages légers
Poliert Poli
Nachgeschliffen Moulu fine
Geschliffen Moulu
Gedreht Tourné
Schruppen Rugueux usiné
ohne Behandlung Non modifié
Zunderoberfläche Surface avec des calamines de fer
mit Korrosion Corrosion
Querkraft Force de cisaillement
Biegemoment Moment de flexion
Drehung Déviation angulaire
Durchbiegung Déviation
Biegespannung Tension de flexion
Spannung in der Scherung Effort de cisaillement
Summe Somme
Richtung der Maximalwert Direction de la valeur maximale
Drehmoment Moment de torsion
Torsionsspannung, Verdrehungsspannung Effort dans la torsion
Verdrehungswinkel Angle de torsion
Spannung Tension
Zugspannung Effort dans la tension
reduzierte Spannung Tension équivalente
Gesamteinflußfaktor - Biegung Coefficient total - flexion
Gesamteinflußfaktor - Zug/Druck Coefficient total - tension
Gesamteinflußfaktor - Scherung Coefficient total - cisaillement
Gesamteinflußfaktor - Torsion Coefficient total - torsion
Schnittfläche Section transversale - aire
Quadratmoment des Schnittes Section transversale - moment quadratique
Biegewiderstandsmoment des Schnittes Section transversale - module de section dans la courbure
Torsionssteifigkeitsmoment des Schnittes Section transversale - moment d'inertie polaire
Drillungswiderstandsmoment des Schnittes Section transversale - module de section polaire
Sicherheitsfaktor (reduzierte Spannung) Coefficient de sûreté (contrainte équivalente)
Sicherheitsfaktor (statisch) Coefficient de sûreté (statique)
Sicherheitsfaktor (dynamisch) Coefficient de sûreté (dynamique)
unbesetzter Graf Graphique vide
Entwurf und Berechnung der Welle Conception et calcul de l'arbre
Dateneingabekapitel Section d'entrée
Vorläufiger Entwurf Conception préliminaire du diamètre de l'arbre
Wellenform und Abmessungen Forme et dimensions de l'arbre
Einkerbungen und Einstiche auf der Welle Entailles et gorges sur l'arbre
Belastung der Welle Chargement de l'arbre
Umlaufende Massen Les corps en rotation
Werkstoff und Beanspruchungsart Matériel et mode de chargement
Ergebniskapitel Section des résultats
Ergebnisse - Zusammenfassung Résultats - sommaire
Grafische Ausgabe, CAD - Systeme Produit graphique, systèmes de DAO
Übertragene Leistung Puissance transférée
Wellendrehzahl Vitesse de l'arbre
Drehmoment Moment de torsion
Vorläufiger minimaler Durchmesser Diamètre minimal préliminaire
Typ der Wellenbelastung Type de chargement de l'arbre
Werkstoff der Welle (Zugfestigkeit) Matériel de l'arbre
DXF Datei Fichier DXF
Maßstab der dargestellten Welle 1 : 1 Échelle du diamètre de l'arbre illustré
Tabelle Tableau
Anfang Origine
Gesamtlänge der Welle Longueur totale de l'arbre
X-Koordinate der linken Stütze Coordonnée "X" de l'appui gauche (roulement)
X-Koordinate der rechten Stütze Coordonnée "X" de l'appui droit (roulement)
Oberfläche der Welle (Rauheit Ra) Surface de l'arbre (rugosité Ra)
Zerreißgrenze des Werkstoffes (Rm, Su) Limite de la résistance du matériel Rm/Su.
Empfindlichkeitskoeffizient des Werkstoffes Coefficient de sensibilité du matériel q
A. Durchgangsbohrung A. Trou transversal
B. Einstich B. Gorge
C. Allgemeine Kerbe C. Entaille générale
D. Abrundungen zwischen zylindrischen WellenabschnD. Arrondissage entre les sections cylindriques de l'arbre
Belastungen Chargement
Umlaufende Zusatzmassen (Berechnung der kritischeCorps additionnels en rotation (vitesse de résonance)
Belastungen vom Scheibengewicht in der Berechnun Utiliser l'effet du poids de disques dans le calcul?
X Tableau
Werkstoff der Welle (Zugfestigkeit min-max) Matériel de l'arbre (résistance min.-max. à la traction)
Zerreißgrenze Limite de la résistance à la traction
Streckgrenze Limite élastique dans la tension
Biegefließgrenze Limite élastique en flexion
Schubfließgrenze Limite élastique en cisaillement
Dauerfestigkeit - Zug/Druck Limite de fatigue - tension-pression
Dauerfestigkeit - Biegung Limite de fatigue - flexion
Dauerfestigkeit - Torsion Limite de fatigue - torsion
Spezifisches Gewicht Masse spécifique
Elastizitätsmodul Module d'élasticité dans la tension
Schubelastizitätsmodul Module d'élasticité en cisaillement
Eigengewichtbelastung Charge passive
Höchster dargestellter Sicherheitskoeffizient Coefficient de sûreté max. affiché
Beanspruchungskoeffizient Coefficient de chargement
Koeffizient der Maximalbelastung Coefficient de chargement max.
Biegung Flexion
Querkraft Charge radiale
Torsion Torsion
Zug/Druck Tension/Compression
Belastungsbedingungen Conditions de charge
Biegungsmomentbelastung Chargement par moment de flexion
Querkraftbelastung Chargement par la force radiale
Drehmomentbelastung Charge par moment de torsion
Zugkraftbelastung/Druckkraftbelastung Chargement par la force de traction/pression
Dynamische Kontrolle Contrôle dynamique
Einfluß der Wellenoberfläche Effet de la surface d'arbre
Einfluß der Wellengröße Effet de la taille d'arbre
Kerbwirkung Effet de la concentration de la tension (entaille)
Auflagerreaktion in R1 Réaction dans l'appui R1
Auflagerreaktion in R2 Réaction dans l'appui R2
Gesamtgewicht der Welle Poids total de l'arbre
Maximaldurchbiegung Flexion maximale
Maximalverdrehung Torsion maximale
Drehung in R1 Angle de flexion dans R1
Drehung in R2 Angle de flexion dans R2
Max. Biegespannung Tension de flexion maximale
Max. Schubspannung Effort maximal en cisaillement
Max. Torsionsspannung Effort maximal dans la torsion
Max. Zugspannung Effort maximal dans la tension/pression
Max. Vergleichsspannung Effort équivalent maximal
Kritische Drehzahl (A) Vitesse critique (Rayleigh)
Min. statischer Sicherheitsfaktor Sûreté statique minimale
Min. dynamischer Sicherheitsfaktor Sûreté dynamique minimale
Ergebnisse für X-Koordinate Résultats pour les coordonnées X
Diagramm Graphique
Kurven in Diagramm Courbes dans le graphe
XZ-Ebene Plan XZ
XY-Ebene Plan XY
Summe Somme
Winkel Angle
2D Ausgabe in: Sortie du dessin 2D vers:
Eigene Werte Valeurs de l'utilisateur
Federnut (Frässtichel) Rainure (fraise de l'extrémité)
Federnut (Scheibenfräser) Rainure (coupeur de fente)
Gleichflankige Kerbverzahnung Cannelures droites
Evolventenkerbverzahnungen Cannelures involutées
Press-Nabe (Typ 1) Emmanchement (type 1)
Press-Nabe (Typ 2) Emmanchement (type 2)
Press-Nabe (Typ 3) Emmanchement (type 3)
Gewinde Fil
Welle Arbre
Für Wechselbelastung Pour le chargement renversé
Für schwellende Belastung Pour le chargement cyclique
2D-Zeichnungsmaßstab Echelle du dessin 2D
Automatisch Automatique

Text der Beschreibung (Informationen für die Stückli Description des textes (information pour BOM)
Zeile 1 (Stückliste Attribut 1) Rangée 1 (attribut de BOM 1)
Zeile 2 (Stückliste Attribut 2) Rangée 2 (attribut de BOM 2)
Zeile 3 (Stückliste Attribut 3) Rangée 3 (attribut de BOM 3)
Werkstoff: Matériel :

Eine in Lagern frei drehbare Welle, die rotierende SchArbre tournan librement dans les roulements, disque rotatif monté à l
Eine in Lagern frei drehbare Welle, die rotierende Sc Arbre tournan librement dans les roulements, disque rotatif monté en
Eine fest gelagerte Welle – nur die Scheiben rotieren Montage fixe de l‘arbre – rien que les disques sont en rotation
HU IT JA KO NL NO PL PT RU SK SL SV TR ZH ZS

avertissement
le dessin (DXF) ?
ans la courbure
ques de l'arbre
nts, disque rotatif monté à la volée
nts, disque rotatif monté entre les roulements
ues sont en rotation

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