Hello,
thanks for your answer.
I want to mention the 7.2.3 (2) of KAN.EPE. where this formula is proposed for the active stiffness in inelastic analysis. Seismobuild have this option to use MY/θy and the results are way different if you use this formula in comparison with uncracked stiffness ...
Search found 3 matches
- 14 Jul 2025, 11:48
- Forum: 03-Analytical/modelling capabilities
- Topic: Cracked/Uncracked stiffness for Pushover
- Replies: 7
- Views: 8036
- 13 Jul 2025, 15:08
- Forum: 03-Analytical/modelling capabilities
- Topic: Cracked/Uncracked stiffness for Pushover
- Replies: 7
- Views: 8036
Re: Cracked/Uncracked stiffness for Pushover
I have already run with both ways.. the scenario with cracked stiffness is much more unfavorable.. the differences in the results are huge.. thats why i have to know if running with uncracked stiffness is correct or not.. and why seismobuild have by default the uncracked stiffness :/
- 11 Jul 2025, 16:19
- Forum: 03-Analytical/modelling capabilities
- Topic: Cracked/Uncracked stiffness for Pushover
- Replies: 7
- Views: 8036
Cracked/Uncracked stiffness for Pushover
Hello,
seismobuild having by default uncracked stiffness in the advance setting dialog. For Pushover analysis what the correct way? Using cracked or uncracked stiffness?
Thanks
seismobuild having by default uncracked stiffness in the advance setting dialog. For Pushover analysis what the correct way? Using cracked or uncracked stiffness?
Thanks
