Stiffness Optimization and Experimental Verification of Three-point Rubber Isolation Pads for Air Conditioner Compressors
Aiming at the substandard performance of the vibration isolation system of a variable frequency air condi-tioning compressor,the vibration isolation system model of the air conditioning compressor was established by using three-point vibration isolation pad layout method.With the stiffness of the rubber vibration isolation pad as the key optimization parameter,and the natural frequency and energy decoupling rate of the vibration isolation system as the optimization objec-tives,the influence law of the vibration isolation pad stiffness on vibration characteristics and the optimal matching scheme of key parameters of the vibration isolation system was obtained.The accuracy of the scheme was verified by testing the vi-bration characteristics of the vibration pad and the compressor system.It is shown that the performance of the optimized compressor rubber vibration isolation system is greatly improved and can meet the practical vibration isolation requirements.
vibration and wavevariable frequency air conditioningvibration isolation systemenergy decouplinggenetic algorithmoptimization design
万方数据
维普
