Hello,
Please refer to the above mentioned Eurocode meant for design of plated structural elements. Section C.8 states the following-
The ultimate limit state criteria should be used as follows:
1. for structures susceptible to buckling:
attainment of the maximum load.
2. for regions subjected to tensile stresses:
attainment of a limiting value of the principal membrane strain.
NOTE 1: The National Annex may specify the limiting of principal strain. A value of 5% is
recommended.
NOTE 2: Other criteria may be used, e.g. attainment of the yielding criterion or limitation of the
yielding zone.
I am modelling a steel structural component in FEM using solid elements and the component thickness varies from 8 mm to 35 mm. My design criteria is failure of component at loads which lead to 5% plastic strain. This is how I interpret the code statement. Do you agree with the interpretation or have a different opinion?
Thanks,
Su
Please refer to the above mentioned Eurocode meant for design of plated structural elements. Section C.8 states the following-
The ultimate limit state criteria should be used as follows:
1. for structures susceptible to buckling:
attainment of the maximum load.
2. for regions subjected to tensile stresses:
attainment of a limiting value of the principal membrane strain.
NOTE 1: The National Annex may specify the limiting of principal strain. A value of 5% is
recommended.
NOTE 2: Other criteria may be used, e.g. attainment of the yielding criterion or limitation of the
yielding zone.
I am modelling a steel structural component in FEM using solid elements and the component thickness varies from 8 mm to 35 mm. My design criteria is failure of component at loads which lead to 5% plastic strain. This is how I interpret the code statement. Do you agree with the interpretation or have a different opinion?
Thanks,
Su