激振试验的英文

• excited test
• exciter test

• "激"英文翻译    swash; surge; dash
• "振"英文翻译    shake; flap; wield
• "试验"英文翻译    experiment; test; trial
• "抛锚激振试验" 英文翻译 :    anchor drop and snub test
• "实船激振试验" 英文翻译 :    exciter test
• "局部振动激振试验" 英文翻译 :    excited test of local vibration
• "颤振试验" 英文翻译 :    flutter clearance; flutter test
• "抖振试验" 英文翻译 :    buffet test
• "共振试验" 英文翻译 :    resonance test
• "共振试验法" 英文翻译 :    resonance test
• "减振试验" 英文翻译 :    damping test
• "抗振试验机" 英文翻译 :    vibration testing machine
• "耐振试验" 英文翻译 :    endurace vibration test; vibration durability test
• "谐振试验" 英文翻译 :    resonance test
• "重振试验" 英文翻译 :    recruitment test
• "颤振试验程序" 英文翻译 :    flutter test procdeure
• "颤振试验数据" 英文翻译 :    flutter test data
• "超声共振试验" 英文翻译 :    ultrasonic resonance testing
• "块体共振试验" 英文翻译 :    block resonant test
• "压气喘振试验" 英文翻译 :    compressor surging test
• "地面共振试验计划" 英文翻译 :    ground resonance program
• "弯折共振试验法" 英文翻译 :    flexural resonance method
• "压缩机喘振试验" 英文翻译 :    compressor surging test; compressorsurgingtest
• "原位测试块体共振试验" 英文翻译 :    block resonant test
• "ablb试验,重振试验,双耳交替响度平衡试验" 英文翻译 :    alternate binaural loudness balance test

• Specification of vibration excitation tests for full - scale ship
  实船激振试验规程
• The pre - stressed arch truss string structure natural vibration characteristics experiments are researched in this paper
  对预应力拱桁架模型进行了激振试验。
• In addition , a vibration excitation test was done for the whole lathe to verify the exactness of the parameters obtained from simulation
  最后对整个机床进行激振试验，验证了仿真参数的准确性。
• The results of the three calculation methods will be compared with the practical test results respectively when the calculations have completed
  根据实船桅杆激振试验结果对上述三种研究方法得到的结果作出了比较。
• By using the model analysis method and hammer test , the model parameters and model shapes are obtained based on the force and response signal processing
  本文利用试验模态分析技术，通过冲击锤激振试验，对激振力信号和响应信号处理的基础上，获得机床结构的模态参数和振动模型。
• ( 2 ) in order to verify derivation equation and corresponding code effectiveness , four - point exciting experiment of plate structure is set up by applying vibration table , then part correlation data is obtained
  ( 2 )对板结构做试验验证推导公式的有效性,应用振动台采取4点激振试验,并且获得部分相关的输入数据。
• In practical application , the m10 180 bolts , which are installed in the head cover of the torque divider of ts5560 special automobile , sometimes fracture all of a sudden . according to the tests of acceleration , stress and strain , and the exciting test , it is resonance vibration that leads to the compound - bending fatigue fracture of the bolts . the exciting force caused by drive system , transmitted through the torque divider , produces a 1000 - 1500hz cyclical excitation at the junction of the bolts and head cover , which causes the first order bending resonance vibration of the bolts
  通过加速度、应力应变测试实验和激振试验的研究，发现ts5560特种车分动器取力器气缸端盖m10 180螺栓断裂问题是由于共振引起的双向弯曲疲劳断裂：传动系统工作所产生的激励，经过分动器结构的传递(特别是分动器一阶扭转模态的放大) ，在螺栓的连接处产生1000 1500hz的振动激励，其导致螺栓一阶弯曲共振，在螺栓一阶弯曲模态的阻尼比较小的情况下，使得螺栓产生较大的共振响应，导致螺纹处的弯曲动应力较大，疲劳寿命较低。
• In the third part , taking advantages of the tests of acceleration , stress and strain , the exciting test , and modal analysis method , it is found out that resonance vibration leads to the compound - bending fatigue fracture of the bolts . accordingly , a series improvement measures are proposed
  第三章通过对分动器及长螺栓、短螺栓的加速度、应力应变测试分析实验和激振试验、模态分析研究，确定螺栓断裂问题的根源在于共振响应导致疲劳断裂，并提出了一系列的改进措施。