OpenSees Example 2c. Nonlinear Cantilever Column: Inelastic Uniaxial Materials in Fiber Section: Difference between revisions

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==Run==
==Run==
*To run Static Pushover analysis:
*To run Static Pushover analysis:
:<strong>source Ex2c.Canti2D.InelasticFiberSection.Push.tcl</strong>
<blockquote><source lang="Tcl">
source Ex2c.Canti2D.InelasticFiberSection.Push.tcl
</source> </blockquote>


*To run EQ ground-motion analysis (BM68elc.acc needs to be downloaded into the same directory):
*To run EQ ground-motion analysis (BM68elc.acc needs to be downloaded into the same directory):
<blockquote><source lang="Tcl">
source source Ex2c.Canti2D.InelasticFiberSection.EQ.tcl
</source> </blockquote>


:<strong>source Ex2c.Canti2D.InelasticFiberSection.EQ.tcl</strong>


==Notes==
==Notes==

Revision as of 17:50, 11 November 2009

Introduction

In this example, the Uniaxial Section of Example 2b is replaced by a fiber section. Inelastic uniaxial materials are introduced in this example, which are assigned to each fiber, or patch of fibers, in the section.

Input

Static Pushover


Dynamic EQ Ground Motion



Run

  • To run Static Pushover analysis:
source Ex2c.Canti2D.InelasticFiberSection.Push.tcl
  • To run EQ ground-motion analysis (BM68elc.acc needs to be downloaded into the same directory):
source source Ex2c.Canti2D.InelasticFiberSection.EQ.tcl


Notes

  • In this example the axial and flexural behavior are coupled, a characteristic of the fiber section.
  • The nonlinear/inelastic behavior of a fiber section is defined by the stress-strain response of the uniaxial materials used to define it.



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