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A Discussion on Numerical Simulation of Axial Reinforcements in RC and RCFT Columns

机译:RC和RCFT柱轴向增强型数值模拟探讨

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In numerical simulations of reinforced concrete (RC) columns with ADINA, when the REBAR element model is applied to simulate the reinforcement, the load-displacement curve of RC is similar to that of concrete, without reflecting the contribution of reinforcement. Therefore, employing another element model-BEAM element model for reinforcement, nonlinear analyses of RC columns are carried out and compared against the REBAR element model. The nonlinear analysis of reinforced concrete filled steel tubular (RCFT) columns, then, is performed with the BEAM element model. Meanwhile, the axial compression tests of concrete, RC and RCFT columns are also conducted to validate the nonlinear analysis. Comparing the results of nonlinear analysis against the results of experiment, it is concluded that the BEAM element model can simulate the reinforcement more reasonably than REBAR element model and can be applied to the nonlinear analysis of RCFT columns.
机译:在具有Adina的钢筋混凝土(RC)柱的数值模拟中,当钢筋元素模型应用于模拟加固时,RC的负载位移曲线类似于混凝土的载量曲线,而不反映加强件的贡献。因此,采用用于加强的另一元素模型梁元件模型,对RC列的非线性分析进行并与钢筋元素模型进行比较。然后,使用梁元件模型进行钢筋混凝土填充钢管(RCFT)柱的非线性分析。同时,还进行了混凝土,RC和RCFT柱的轴向压缩试验以验证非线性分析。比较非线性分析对实验结果的结果,得出结论是,光束元件模型可以比钢筋元素模型更合理地模拟加强件,并且可以应用于RCFT柱的非线性分析。

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