Damage Simulation of Masonry Wall Based on the Finite Element Software Abaqus

Fu Xiao Chen; Wen Fang Zhang

doi:10.4028/www.scientific.net/AMR.1008-1009.1367

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Optimization of Pass Design of Bidirectional Thermal-Insulation Bricks
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Effects of Old Aggregate on Concrete Strength
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Literature Review: Mechanical Properties of Hardened Silica Fume Concrete
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Analysis of Thord Stress Concentration Factors of KKK Shape Square Steel Tube Node
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Damage Simulation of Masonry Wall Based on the Finite Element Software Abaqus
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Evaluation of Cement Slurry Performance in HaiTa District Subject
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Study on Energy Consumption and Energy Saving Measures in Shanghai
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Research on Air Filters’ Low-Order Mode Characteristics Based on Hyper Works
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Research and Application of Special Shaped Muffler Structure
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Damage Simulation of Masonry Wall Based on the Finite Element Software Abaqus

Abstract:

In this paper, I use the finite element software abaqus to simulate the damage form of masonry walls in the case of force. Advantages and disadvantages of various simulation methods are fully considered. Masonry walls are considered homogeneous isotropic continuum,was built by using integrated model. And I adopt concrete damage model to define material properties. The results showed that the model in this paper well simulated the failure characteristics of the wall.