Maximum stresses at inner face of wall per element (material nonlinear analysis) (Output Table)
Table description:
The output data table INSIGM provides a list of maximum (elastic) stresses at the inner wall face over the circumference of the crosssections where calculations have been performed.
The stresses collected in this table are the result of all internal and external loadings on the crosssections due to the overall and the local crosssectional behaviour of the pipeline.
The stresses provided are the absolute maximum values over the 144 points over the circumference of the crosssection together with the sign of that extreme value.
Detailed stress data of the last data line of the table are contained in the additional output data table INSIG.
The table acts in an accumulative way if the unlock option is used.
Each time Design Function 6.2 (General, Material Nonlinear) is restarted, the result data are added for the crosssections specified in table SECTION with basic data not contained yet in CSGEN/CSLOAD. However, if Design Function 6.2 (General, Material Nonlinear) is set back, all data in table INSIGM are destroyed and the table gets the EMPTY status.
The loadcase name and the phase number, if applicable, are shown in the table heading.
Explanation of the abbreviations in the stresscomponent mnemonics:
Each stress or strain component mnemonic contains 3, 4 or 5 items :
1. 
s: 
(normal) stress component 

t: 
shear stress component (tau) 

e: 
strain component 


2. 
I: 
stress / strain at inner wall face 

M: 
stress / strain at mid wall location 

O: 
stress / strain at outer wall face 


3. 
X: 
stress/strain in longitudinal direction (parallel to xaxis of element) 

F: 
stress/strain in circumferential direction (perpendicular to xaxis) 

Eq: 
equivalent stress/strain according to Von Mises' theorem 

1: 
first principal stress/strain (near axial direction) 

2: 
second principal stress/strain (near circumferential direction) 

Z: 
shear stress in XF plane (plane of pipe wall) 

12: 
maximum shear stress (in Mohr's circle, excluding zero stress perpendicular to pipe wall) 

max: 
maximum shear stress (in Mohr's circle, including zero stress perpendicular to pipe wall) 

12max: 
maximum principal stress/strain over wall thickness 

12min: 
minimum principal stress/strain over wall thickness 


4. 
E: 
elastic stress/strain component 

P: 
plastic strain component 

S: 
total (= elastic + plastic) strain component excluding Poisson and stressless strain 

T: 
total (= elastic + plastic) strain including Poisson and stressless strain 


and for the *M(ax) tables: 

5. 
M : 
maximum of stress/strain over circumference of crosssection 


Example: 


eMXTM = maximum of total strain in longitudinal direction at mid wall location. 
Item 2 is not applicable for the check stress/strain tables, because these tables contain maximum values over the wall thickness.
H622592, last changed: 20090115
See also: