Maximum unit check stresses according to Mohr, Tresca, Mises or uniaxial, using predefined weighing factors (Output Table)
Data description/Result options:
ELEM:
Number of element where stress calculations have been performed at mid crosssection
Re:
Yield stress at 20 degrees C
ReT:
Yield stress at T degrees C
f(Reb):
Limit stress ( = 0.85(Re + ReT)/1.1 )
Sp/0.91ReTM:
Hoop stress unit check stress
For historical reasons the column heading is reported as Sp/0.91ReTM, whereas the actual result is calculated as 1.1Sp/ReTM
Sv:pm/ReM:
Primary unit check stress due to primary loads
Sv/f(Reb)M:
Total replacing unit check stress due to all occurring loads
SIND:
Stress class indicator (see below)
The number of rows is the number of specified crosssections (accumulated).
Description of unit stress classes
The unit check stresses are the calculated check stresses Sp, Sv:pm, Sv, divided by material factors and (a combination of) yield stress Re and/or ReT.
The unit stress indicator SIND refers to the maximum corrected check stresses Sp, Sv:pm, and Sv and provides a quick overview on the occurring stress class:
blank 
maximum check stress ≤ 40% of applicable limit stress 
maximum corrected check stress > 40% and ≤ 60% of applicable limit stress 

maximum corrected check stress > 60% and ≤ 80% of applicable limit stress 

maximum corrected check stress > 80% and ≤ 100% of applicable limit stress 

Overstressed 
maximum check stress > applicable limit stress 
Predefined weighing factors
stress comp. 
Sp 
Sv:pm 
Sv

SXUB0 
0. 
1. 
1.294 
SXUB1 
0. 
1. 
1.294 
SXUBH 
0. 
1. 
1.294 
SFISH 
0. 
0. 
1.294 
SFOSH 
0. 
0. 
1.294 
SXISH 
0. 
0. 
1.294 
SXOSH 
0. 
0. 
1.294 
SFUBA 
1.1 
1. 
1.294 
SFURA 
0. 
1. 
1.294 
SFIRA 
0. 
0. 
1.294 
SFORA 
0. 
0. 
1.294 
SXIRA 
0. 
0. 
1.294 
SXORA 
0. 
0. 
1.294 
TZUB0 
0. 
1. 
1.294 
TZUB1 
0. 
1. 
1.294 
Sp is checked against yield stress ReT
Sv:pm is checked against yield stress Re
Sv is checked against the sum of yield stresses Re and ReT
H630521, last changed:11/4/2020
See also: