The Rigid Frame-Whole Bracing Model of Eco-Composotie Wall Structure
Cheng Hua Zhang, Wei Huang, Dong Zhao
Abstract
Cheng Hua Zhang, Wei Huang, Dong Zhao
Abstract
The eco-composite wall structure consists of concrete blocks,concrete frame grids , concealed frame and so on. When entering, the obvious damage phenomena appears on the eco-composite wall, the deformation coordination between the block and the frame grid, compound wall and the outer framework is broken, which brings relatively large-difficulty to establish the elasto-plastic model of structure. The rigid frame - whole bracing model of the eco-composite wall structure in elastic-plastic stage is presented based on previous study. The correctness of models is verified by experiments. Theoretical analysis and experimental results show that the rigid frame-whole bracing model giving consideration to accuracy and efficiency is applicable to structural elastic-plastic time-history analysis under strong seismic action.
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The eco-composite wall structure consists of concrete blocks,concrete frame grids , concealed frame and so on. When entering, the obvious damage phenomena appears on the eco-composite wall, the deformation coordination between the block and the frame grid, compound wall and the outer framework is broken, which brings relatively large-difficulty to establish the elasto-plastic model of structure. The rigid frame - whole bracing model of the eco-composite wall structure in elastic-plastic stage is presented based on previous study. The correctness of models is verified by experiments. Theoretical analysis and experimental results show that the rigid frame-whole bracing model giving consideration to accuracy and efficiency is applicable to structural elastic-plastic time-history analysis under strong seismic action.
Key concepts: Bracing, Structural engineering, Frame (networking), Composite number, Deformation (meteorology), Correctness, Rigid frame, Block (permutation group theory)