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STRESS ANALYSIS > COMPLETE INPUT DATA

Global Information
File Name
W:\dbs\es1 
Project
Prova
Department
 
Contract Number
 
Description
 
PrePared by
TOFLEX Industriale srl
Checked by
TOFLEX Industriale srl
ASME code
ASME B31.1 
Input unit
Custom  
Output unit
Custom  
Base temperature
21(deg.C)
F Factor
.4 
E Factor
1 
Number of dynamic mode
8  
Cut-off frequency
33(Hz)
Max. No. of iterations
12 
Convergence tolerance
3  
Force tolerance
5 (Kg)

System Coordinates
From/To Point Name DX (mm) DY (mm) DZ (mm) Radius (mm) X (mm) Y (mm) Z (mm)
F 
.1 
0  
0  
0  
 
0.000
0.000
0.000
 
.2
-450
 
 
Long
-450.000
0.000
0.000
 
.3 
 
 
-2000 
 
-450.000
0.000
-2000.000
 
.4 
 
 
-3000 
Long  
-450.000
0.000
-5000.000
 
.5 
+1600 
 
 
Long  
1150.000
0.000
-5000.000
 
.6 
 
500  
 
 
1150.000
500.000
-5000.000
 
.7 
 
4000  
 
Long  
1150.000
4500.000
-5000.000
 
.8 
-2150 
 
 
 
-1000.000
4500.000
-5000.000
 
.9 
 
 
-3350 
 
-1000.000
4500.000
-8350.000
 
.10  
 
 
-2500 
 
-1000.000
4500.000
-10850.000
 
.11  
 
 
-2500 
 
-1000.000
4500.000
-13350.000
 
.12  
 
 
-1650 
Long  
-1000.000
4500.000
-15000.000
 
.13  
 
-310  
 
Long  
-1000.000
4190.000
-15000.000
 
st1  
 
 
+300  
 
-1000.000
4190.000
-14700.000
 
.15  
 
 
+1900 
 
-1000.000
4190.000
-12800.000
 
.16  
 
 
+200  
 
-1000.000
4190.000
-12600.000
 
st2  
 
 
+1750 
 
-1000.000
4190.000
-10850.000
 
.18  
 
 
+1900 
 
-1000.000
4190.000
-8950.000
 
.19  
 
 
+200  
 
-1000.000
4190.000
-8750.000
 
st3  
 
 
+1750 
 
-1000.000
4190.000
-7000.000
 
.21  
 
 
+100  
 
-1000.000
4190.000
-6900.000
f 
st1  
-1000.00 
4190.000 
-14700.0 
 
-1000.000
4190.000
-14700.000
 
.23  
 
-500  
 
Short 
-1000.000
3690.000
-14700.000
 
.24  
-80  
 
 
 
-1080.000
3690.000
-14700.000
f 
st2  
-1000.00 
4190.000 
-10850.0 
 
-1000.000
4190.000
-10850.000
 
.26  
 
-500  
 
 
-1000.000
3690.000
-10850.000
 
.27  
-80  
 
 
 
-1080.000
3690.000
-10850.000
f 
st3  
-1000.00 
4190.000 
-7000.00 
 
-1000.000
4190.000
-7000.000
 
.29  
 
-500  
 
 
-1000.000
3690.000
-7000.000
 
.30  
-80  
 
 
 
-1080.000
3690.000
-7000.000

Pipe, Material and Load Properties
Point
Data
Description
.1
Pipe
Pipe data identifier = 100
Nominal diameter = 4
Pipe schedule = 40
Actual pipe O. D. = 114.300 mm
Wall thickness = 6.020 mm
Corrosion allowance = 1 mm
Insulation thickness = 100 mm
Insulation density = 146 Kg/cu.m
Content S. G. = .84
Wind area O.D. = Insulation O.D.
Material
Material data identifier = 106
High carbon steels (carbon content above .30%)
Density = 7833.5422559 Kg/cu.m

Temperature
(deg.C)
Modulus
(Kg/sq.mm)
Thermal strain
(mm/mm)
-198.33
21936.13
-0.00197
-101.11
21303.36
-0.00121
-45.56
20951.82
-0.00070
21.11
20600.28
0.00000
93.33
20108.12
0.00082
148.89
19756.58
0.00152
204.44
19334.73
0.00225
260.00
19053.50
0.00302
315.56
18631.65
0.00383
371.11
17787.95
0.00469
426.67
16873.95
0.00558
482.22
15678.71
0.00651
537.78
14202.24
0.00741
593.33
12585.15
0.00837
648.89
10827.45
0.00925

Temperature
(deg.C)		 Allowable stress
(Kg/sq.mm)
280  116900 

Load
Load data identifier = A
Case
No. 		 Temperature
(deg.C)		 Pressure(bar ) Expansion(mm/mm)
1 280.000  6.000  0.003312

.1 
Anchor
Rigid in all directions
.2
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.3
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.3 
Spring
Spring constant = Rigid Kg/mm
Cold (installation) load = 1350 Kg
.4
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.5
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.6
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.6 
Anchor
Rigid in all directions
.7
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.8
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.9
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.9 
Spring
Spring constant = 125 Kg/mm
Cold (installation) load = 1863 Kg
.10
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.11
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.11  
Spring
Spring constant = 125 Kg/mm
Cold (installation) load = 882 Kg
.12
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.13
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st1
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st1  
Tee
Welding tee per ANSI B16.9
.15
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.15  
Bellows
Bellows Weight = 0 Kg
Pressure thrust area = 0 sq.mm
Longitudinal stiffness = 345 Kg/mm
Lateral stiffness (H) = Rigid Kg/mm
Lateral stiffness (V) = Rigid Kg/mm
Rotational stiff. (H) = Rigid Kg-m/deg
Rotational stiff. (V) = Rigid Kg-m/deg
Torsional stiffness = Rigid Kg-m/deg
.16
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st2
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st2  
Tee
Welding tee per ANSI B16.9
.18
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
.18  
Bellows
Bellows Weight = 0 Kg
Pressure thrust area = 0 sq.mm
Longitudinal stiffness = 345 Kg/mm
Lateral stiffness (H) = Rigid Kg/mm
Lateral stiffness (V) = Rigid Kg/mm
Rotational stiff. (H) = Rigid Kg-m/deg
Rotational stiff. (V) = Rigid Kg-m/deg
Torsional stiffness = Rigid Kg-m/deg
.19
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st3
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st3  
Tee
Welding tee per ANSI B16.9
.21
Pipe
Pipe data identifier = 100
Material
Material data identifier = 106
Load
Load data identifier = A
st1
Pipe
Pipe data identifier = 50
Nominal diameter = 2
Pipe schedule = 40
Actual pipe O. D. = 60.325mm
Wall thickness = 3.912 mm
Corrosion allowance = 1 mm
Insulation thickness = 100 mm
Insulation density = 0 Kg/cu.m
Content S. G. = 0
Wind area O.D. = Insulation O.D.
Material
Material data identifier = 106
Load
Load data identifier = A
.23
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.24
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.24  
Anchor
Rigid in all directions
st2
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.26
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.27
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.27  
Anchor
Rigid in all directions
st3
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.29
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.30
Pipe
Pipe data identifier = 50
Material
Material data identifier = 106
Load
Load data identifier = A
.30  
Anchor
Rigid in all directions

Load Combinations
Case Number Combination
1
D.W. + Pres1 + Ther1

Wind Effective Velocity Pressure
Region Number Height(mm) Pressure(Kg/sq.cm)
1
0. 
5.e-003 
2
9144. 
8.e-003 
3
15240. 
9.e-003 
4
30480. 
1.e-002 
5
45720. 
1.1e-002 
6
60960. 
1.2e-002 
7
76200. 
1.2e-002 
8
91440. 
1.3e-002 
9
106680. 
1.3e-002 
10
121920. 
1.4e-002 
11
137160. 
1.4e-002 
12
152400. 
1.4e-002 
13
167640. 
1.5e-002 
14
182880. 
1.5e-002 
15
198120. 
1.6e-002 
16
213360. 
1.6e-002 
17
228600. 
1.6e-002 
18
243840. 
1.6e-002 
19
0. 
0. 
20
0. 
0. 
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