Computer Simulation on the Dynamic Buckling of Initial-Defect Plates under Axial Step Load
Yu Peng Zong, Zhijun Han, Guo Yun Lu
Abstract
Yu Peng Zong, Zhijun Han, Guo Yun Lu
Abstract
Computer simulation on the dynamic buckling of different forms of initial-defect and different boundary conditions plates under axial impact load was carried out by using ABAQUS /Standard.The strain-time history curve of the symmetric point of upper and lower surface is give,they are coincidence before the buckling and suddenly separate when the buckling occur which is called be bifurcation,and the critical buckling time is also acquired. The results indicate that the influence of different initial-defect locations and amplitudes on the dynamic buckling is very great.
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Computer simulation on the dynamic buckling of different forms of initial-defect and different boundary conditions plates under axial impact load was carried out by using ABAQUS /Standard.The strain-time history curve of the symmetric point of upper and lower surface is give,they are coincidence before the buckling and suddenly separate when the buckling occur which is called be bifurcation,and the critical buckling time is also acquired. The results indicate that the influence of different initial-defect locations and amplitudes on the dynamic buckling is very great.
Key concepts: Buckling, Bifurcation, Structural engineering, Boundary value problem, Materials science, Point (geometry), Amplitude, Engineering