OpenSees Example 2c. Nonlinear Cantilever Column: Inelastic Uniaxial Materials in Fiber Section: Difference between revisions
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==Introduction== | ==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. | 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. | ||
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<strong>Files</strong> | <strong>Files</strong> | ||
*[[Media:Ex2c.Canti2D.InelasticFiberSection.Push.tcl|Ex2c.Canti2D.InelasticFiberSection.Push.tcl]] | *[[Media:Ex2c.Canti2D.InelasticFiberSection.Push.tcl|Ex2c.Canti2D.InelasticFiberSection.Push.tcl]] | ||
Note: Recent versions of OpenSees will give an error. The lateral load pattern should be defined with three instead of six values. | |||
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<strong>Files</strong> | <strong>Files</strong> | ||
*[[Media:Ex2c.Canti2D.InelasticFiberSection.EQ.tcl|Ex2c.Canti2D.InelasticFiberSection.EQ.tcl]] | *[[Media:Ex2c.Canti2D.InelasticFiberSection.EQ.tcl|Ex2c.Canti2D.InelasticFiberSection.EQ.tcl]] | ||
*[[Media:BM68elc. | *[[Media:BM68elc.zip|BM68elc.acc]] (ground-motion file) | ||
</div> | </div> | ||
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Latest revision as of 17:27, 6 March 2022
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 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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