Innovation in the test for the measurement of flow induced vibration of CAP1400 reactor component
The Nuclear Power Institute of China (NPIC)
based in Chengdu has successfully developed the testing device for the
measurement of flow-induced vibration of CAP1400 reactor component with
the Shanghai Nuclear Engineering Research and Design Institute (SNERDI)
A Group of experts from the Nuclear and Radiation Safety Center (NSC) of the Ministry of Environmental Protection (MEP), SNERDI and NPIC assisted on May 8 to the presentation of the reactor components for flow-induced vibration simulation test device quality assurance system, the testing process documents, the measuring instruments, the test records, and 42 other small content items and finished by on-site inspection of the test device.
The test uses a scale model simulation method to obtain water flow induced vibration excitation force and response in the CAP1400 reactor components.
http://www.snptc.com.cn/index.php?optionid=703&auto_id=18118
A Group of experts from the Nuclear and Radiation Safety Center (NSC) of the Ministry of Environmental Protection (MEP), SNERDI and NPIC assisted on May 8 to the presentation of the reactor components for flow-induced vibration simulation test device quality assurance system, the testing process documents, the measuring instruments, the test records, and 42 other small content items and finished by on-site inspection of the test device.
The test uses a scale model simulation method to obtain water flow induced vibration excitation force and response in the CAP1400 reactor components.
http://www.snptc.com.cn/index.php?optionid=703&auto_id=18118
CAP1400流致振动试验取得重要进展 snptc.com.cn
5月8日，我国大型先进压水堆核电重大专项系列重要试验装置之一 ——CAP1400堆内构件流致振动模拟试验装置在四川成都中国核动力研究设计院顺利通过可用性检查,标志着该试验装置可正式交付使用，为开展正式试验奠定了基础。...
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