摘要
按照相应法规标准,基于NASTRAN求解器对某核级电动阀门进行了抗震计算及抗震分析,寻求了计算机模拟分析核级阀门抗震的一般分析方法,同时验证了阀门在设计压力、设备自重、接管载荷及地震载荷的共同作用下阀门边界的完整性。
The dissertation according to relevant regulations standard,based on NASTRAN solver of a nuclear class electric valve for the earthquake-resistant calculation and seismic analysis,seek the computer simulation analysis on nuclear class valves seismic general analytical method,simultaneously verified by a valve in design pressure,equipment self-reverence,pipe load,seismic load under the common function of valve boundary integrity.
出处
《阀门》
2011年第1期28-30,34,共4页
VALVE MAGAZINE
