Resonance analysis of main parameters of insulating glass under dynamic load
PAN Yinggui1, TIAN Shui1, GU Qian1, LIU Zhiguo1, HU Fei2, CHENG Peng2, PENG Yuntao2
1. School of Civil Engineering and Architecture, Wuhan University of Technology, Wuhan 430070, China;
2. General Construction Company of CCTEB Group Co., Ltd., Wuhan 430070, China
Abstract：Under the action of dynamic load, the dynamic equation of hollow glass is established by using the static equilibrium equation, the geometric deformation equation and the physical equation, considering the relationship between the volume change of the hollow glass cavity and the gas pressure in the cavity, the bimodulous characteristic of the glass, the tension of the middle surface of the glass during large deflection deformation, the damping of the glass and the inertial force.On the basis of considering the relationship between the volume change of the cavity of the insulating glass and the gas pressure in the cavity under dynamic load, the double modulus characteristics of the glass, the mid-surface tension of the glass under large deflection deformation, the damping of the glass and the inertial force, the dynamic equation of the glass is established by using the static equilibrium equation, the geometric deformation equation and the physical equation; The dynamic equation of glass is solved by multi-scale method, the amplitude frequency response equation and phase frequency response equation of glass are obtained; By drawing the amplitude response curve, tThe influence of damping coefficient, glass edge length and glass thickness on the amplitude of glass is analyzed. The results show that damping coefficient and glass edge length have great influence on the amplituderesonance characteristics of glass, and the influence of glass thickness is minor.
潘应桂1，田水1，谷倩1，刘治国1，胡飞2，成鹏2，彭云涛2. 中空玻璃在动荷载作用下的主参数共振分析[J]. 振动与冲击, 2023, 42(19): 188-193.
PAN Yinggui1, TIAN Shui1, GU Qian1, LIU Zhiguo1, HU Fei2, CHENG Peng2, PENG Yuntao2. Resonance analysis of main parameters of insulating glass under dynamic load. JOURNAL OF VIBRATION AND SHOCK, 2023, 42(19): 188-193.
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