The laminated glass structures under dynamic loading,considering the combined influence of interlayer con-tribution to flexural performance,glass damping,and inertial forces were investigated.The dynamic equation of laminated glass under dynamic loading was established based on the small deflection deformation theory,taking into account multiple factors.The multiscale method was employed to obtain the frequency-response equation of laminated glass under the prin-cipal resonance condition.Case studies were conducted to analyze the effects of dynamic loading,glass damping,and struc-tural geometric parameters on the amplitude of laminated glass vibration.The results indicate that glass damping,glass di-mensions,and thickness significantly affect the amplitude,while the influence of interlayer thickness is relatively minor.These findings provide valuable insights for the design and optimization of laminated glass structures,contributing to en-hanced seismic and wind resistance performance.
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