噪声与振动控制
譟聲與振動控製
조성여진동공제
NOISE AND VIBRATION CONTROL
2015年
4期
35-37
,共3页
振动与波%钢丝绳隔振器%减振%道路运输%仿真%试验
振動與波%鋼絲繩隔振器%減振%道路運輸%倣真%試驗
진동여파%강사승격진기%감진%도로운수%방진%시험
vibration and wave%steel-wire rope isolator%vibration damping%road transportation%simulation%test
通过仿真与试验,对钢丝绳隔振器减振运输箱进行研究。模拟路面的不平度信号,作为虚拟振动台的输入信号,运用ADAMS模拟减振运输箱在道路运输时的减振效果;进行道路运输试验,通过传感器来采集振动信号,对振动信号进行频域和时域分析,验证减振运输箱良好的减振效果。
通過倣真與試驗,對鋼絲繩隔振器減振運輸箱進行研究。模擬路麵的不平度信號,作為虛擬振動檯的輸入信號,運用ADAMS模擬減振運輸箱在道路運輸時的減振效果;進行道路運輸試驗,通過傳感器來採集振動信號,對振動信號進行頻域和時域分析,驗證減振運輸箱良好的減振效果。
통과방진여시험,대강사승격진기감진운수상진행연구。모의로면적불평도신호,작위허의진동태적수입신호,운용ADAMS모의감진운수상재도로운수시적감진효과;진행도로운수시험,통과전감기래채집진동신호,대진동신호진행빈역화시역분석,험증감진운수상량호적감진효과。
The vibration damping transportation boxes with steel-wire rope isolators were studied by simulation and test. The roughness signals of road surface were simulated and used as the input signals of the virtual vibration test bench. Then, the process of transportation of the vibration damping box was simulated by means of ADAMS and the damping effect was obtained. The road transportation tests were carried out. The vibration signals were collected by sensors, and analyzed in frequency domain and time domain. Good damping effect of the vibration damping transportation boxes was verified.