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 cross-section

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/0.91ReT-M:

Hoop stress unit check stress

For historical reasons the column heading is reported as Sp/0.91ReT-M, whereas the actual result is calculated as 1.1Sp/ReT-M

Sv:pm/Re-M:

Primary membrane unit check stress due to primary loads

Sv/f(Reb)-M:

Total replacing unit check stress due to all occurring loads

S-IND:

Stress class indicator (see below)

The number of rows is the number of specified cross-sections (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 S-IND refers to the maximum corrected check stresses Sp, Sv:pm, and Sv and provides a quick overview on the occurring stress class:

Predefined weighing factors

   

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

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H630521 (last modified: Sep 4, 2024)

See also:

Table description

Table error description