Based on ANSYS buckling-restrained brace frame structure analysis
Fei Jianwei
Abstract
Fei Jianwei
Abstract
The traditional energy support frame structure with good efficiency,but in moderate earthquakes and strong earthquake support will occur pressure buckling.Using ANSYS simulation buckling-restrained brace framework response of the structure in earthquake.Using the ideal elastic-plastic model describe buckling-restrained brace hysteretic performance,in moderate earthquakes and strong earthquake,general framework and buckling-restrained brace framework for nonlinear time-history analysis,solving structural response.Analysis results show that buckling-restrained brace structure damping effect is good.
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The traditional energy support frame structure with good efficiency,but in moderate earthquakes and strong earthquake support will occur pressure buckling.Using ANSYS simulation buckling-restrained brace framework response of the structure in earthquake.Using the ideal elastic-plastic model describe buckling-restrained brace hysteretic performance,in moderate earthquakes and strong earthquake,general framework and buckling-restrained brace framework for nonlinear time-history analysis,solving structural response.Analysis results show that buckling-restrained brace structure damping effect is good.
Key concepts: Brace, Buckling, Structural engineering, Engineering, Frame (networking), Nonlinear system, Mechanical engineering, Physics