CAJ | 학술논문

为了提高乏池检测装置在地震时的减震性和抗震性，提出一种乏池检测装置的地震响应优化方法。通过Pro Engineer软件对检测装置进行建模，使用SeismoSignal软件将采样得到的地震数据通过傅里叶变换为地震波谱，并以此为输入信息通过Ansys workbench的Response Spectrum Analysis软件模块进行谱响应分析，优化其减震模块。分析结果表明：该方法有效提高了乏池检测装置在地震时的抗震性，误差不超过5%。
위료제고핍지검측장치재지진시적감진성화항진성，제출일충핍지검측장치적지진향응우화방법。통과Pro Engineer연건대검측장치진행건모，사용SeismoSignal연건장채양득도적지진수거통과부리협변환위지진파보，병이차위수입신식통과Ansys workbench적Response Spectrum Analysis연건모괴진행보향응분석，우화기감진모괴。분석결과표명：해방법유효제고료핍지검측장치재지진시적항진성，오차불초과5%。
For improving shock absorption and anti-seismic in earthquake, the optimization method of spent fuel detection equipment is presented. Used Pro Engineer software to established model, used SeismoSignal software to changed earthquake data sample in to earthquake spectrum by Fourier transform, then used earthquake spectrum to carry out spectrum response by Response Spectrum Analysis software module of Ansys workbench, optimize shock absorption module. The analysis results show that the method effectively improve shock absorption of spent fuel detection equipment in earthquake with error less than 5%.