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capacity; Hysteresis curve. Abstract: On the basis of experimental study, we used the finite element software ABAQUS to establish the nonlinear finite element numerical model of multi-ribbed composite wall, simulating model for reference (7), analyzed the stress of multi-ribbed composite wall structure, and the test results and the finite element model results were analyzed. Then, the wall in the case of filling blocks, we analyzed the consistent degree of the finite element calculation results and the test results. Finally, we stimulated the filled block walls under horizontal low cycle loading, and analyzed the hysteretic curve of the finite element model and the test model.

The research for the test model and the finite element model of the multi-ribbed composite wall