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by h.nribet
08 Jan 2019, 22:00
Forum: 04-Unexpected behaviour/errors
Topic: .SRF results file when using SeismoBatch facility
Replies: 6
Views: 14063

Re: .SRF results file when using SeismoBatch facility

Hello,

I have re-downloaded Seismostruct has instructed, even though I had the most recent version (release 2, build 50). The problem remains the same!
However, I did find the potential source of the problem: when the model includes "Groups" (of elements or nodes) and is run through Seismobatch ...
by h.nribet
07 Jan 2019, 22:18
Forum: 04-Unexpected behaviour/errors
Topic: .SRF results file when using SeismoBatch facility
Replies: 6
Views: 14063

Re: .SRF results file when using SeismoBatch facility

Hi z.gronti,

I have sent the file in question 2 weeks ago, have you had the occasion of looking over it?

Regards,

Hugo
by h.nribet
18 Dec 2018, 12:20
Forum: 04-Unexpected behaviour/errors
Topic: .SRF results file when using SeismoBatch facility
Replies: 6
Views: 14063

.SRF results file when using SeismoBatch facility

I have recently started using the SeismoBatch facility to run multiple non-linear time history analyses (NLTHA) on my model. I would typically run a maximum of 4 analyses at a time and things would go pretty smoothly, albeit the long computing duration (which was expected).
When using the "Extract ...
by h.nribet
01 Nov 2018, 20:28
Forum: 03-Analytical/modelling capabilities
Topic: Shear capacity of slider element
Replies: 3
Views: 1999

Re: Shear capacity of slider element

Dear Seismosoft support,

Thank you for answering my query. I have played around with the Modified Ibarra-Medina-Krawinkler curve to draw up a backbone curve corresponding to my situation, plotting shear shear vs lateral displacement. However, after multiple tests (simple reponse control pushover ...
by h.nribet
29 Oct 2018, 09:42
Forum: 03-Analytical/modelling capabilities
Topic: Shear capacity of slider element
Replies: 3
Views: 1999

Shear capacity of slider element

Hello all,

I am currently developping a EFM (equivalent frame model) for a URM (un-reinforced masonry) building with concrete slabs. I have chosen to model piers and spandrels by means of elastic frame elements, and to concentrate non-linearities at the extremities of the piers with plastic hinges ...

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