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Journal Article 3

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2015 2

2012 1

Keywords

commissioning 2

construction 1

engineering management 1

high-speed railway； system test； testing and commissioning； wheel/rail interaction； pantograph and ocs relation； train-track-bridge； aerodynamics of high-speed railway 1

in-hospital neutron irradiator(INHI) 1

quality 1

startup 1

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A Standard for the Commissioning Process

William L. Gillis,Elizabeth A. Cudney

Frontiers of Engineering Management 2015, Volume 2, Issue 1, Pages 39-51 doi: 10.15302/J-FEM-2015006

Abstract: The demand for commissioning services for new-building construction projects is experiencing rapid growthCommissioning (Cx) is touted as being a quality-focused process for ensuring the owner’s project requirements

Keywords： construction engineering management quality commissioning

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The key technology of testing and commissioning of high-speed railway and the main testing achievements

Kang Xiong and Yao Jianwei

Strategic Study of CAE 2015, Volume 17, Issue 4, Pages 21-29

Abstract:

The connotation and necessity of testing and commissioning of high-speed railway is explained anddiscussed， combined with the engineering practice of testing and commissioning in China， the key technologyof testing and commissioning of high-speed railway are analyzed from the perspective of wheel/rail interactionThen the main achievements of testing and commissioning of high-speed railway in China are concluded，

Keywords： high-speed railway； system test； testing and commissioning； wheel/rail interaction； pantograph and ocs

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Construction of in-hospital neutron irradiator

Li Yiguo,Xia Pu,Peng Dan,Zou Shuyun,Wu Xiaobo,Zhang Jinhua,Zhang Yongbao,Zhang Zizhu,Liu Tong,Zhou Yongmao

Strategic Study of CAE 2012, Volume 14, Issue 8, Pages 17-19

Abstract:

The construction of in-hospital neutron irradiator (IHNI) started in 2007. Its building construction was completed in Dec. 2008, and the installation and test of the relevant systems were completed in Mar. 2009. The first criticality was achieved on Dec. 7, 2010. The reactor reached the full power on Jan. 22, 2010. The test results show that the final excess reactivity is 4.2 mk; the maximum continuous operation time at full power is 12 h and the power wave is less then 0.3 % during full power operation; when the positive reactivity with 4.2 mk is inserted into the reactor suddenly, the power will be increased to 85.7 kW at the time of 229 s, and then, it will turn to the normal value due to the negative temperature effect.The release result of reactivity shows the inherent safety of reactor.

Keywords： in-hospital neutron irradiator(INHI) commissioning startup