ABSTRACT
Structural Health Monitoring and Integrity Management is a collection of the papers presented at the 2nd International Conference of Structural Health Monitoring and Integrity Management (ICSHMIM2014, Nanjing, China, 24-26 September 2014), and addresses the most recent developments in the field of Structural Health Monitoring (SHM) and integrity ma
TABLE OF CONTENTS
chapter |2 pages
The influence mechanism research of temperature on piezoresistive MEMS pressure sensor
Bo Jiang & Xing-lin Qi Bo-feng Ren
chapter |4 pages
Research of the online monitoring in the cable trench based on wireless temperature and humidity sensor network
Xiaoyun Chen & Qingjun Peng Weibin Song
chapter |4 pages
Study on integrated sensor for metal structure fatigue monitoring
Rong Hong Cui, Yu Ting He, Bo Jing & Bo Hou
chapter |5 pages
Providing multiradio wireless sensor network with high-throughput and long-distance transmitting ability
Shang Gao, Shenfang Yuan, Lei Qiu & Biyun Ling
chapter |8 pages
Sensors for high-temperature displacement, deformation, and strain measurement: A review
Jiuhong Jia
chapter |4 pages
Study on the sensing of reinforced concrete beams with a new type of long-gauge strain sensor
Zhongpei Li, Caiqian Yang, Youjin Jiao & Zhishen Wu
chapter |4 pages
Development of an active wireless sensor node for fatigue crack detection using nonlinear wave modulation
P. Liu, H.J. Lim, S. Yang & H. Sohn H.C. Park
chapter |2 pages
Research of the wireless high frequency sensor network on the partial discharge on-line monitoring in the switchgear
Qingjun Peng Lifeng Zhu
chapter |4 pages
Binocular stereo vision measurement system based on SOPC
Jie Tian, Guanglong Wang, Jinlun Li, Fengqi Gao & Zhongtao Qiao
chapter |7 pages
Forklift turning and braking stability analysis
Xinhua Wang Yinmin Liu Guojian Huang
chapter |4 pages
Array displacement measurement system based on MEMS technology and its application in geotechnical engineering monitoring
YuChao Wei, Bin Shi & Kun Zhu
chapter |7 pages
Study on the Fiber Bragg Grating strain sensor long-term sealing protection technology in marine environment
Pengyu Wei & Yalin Yue Tao Zhang, Qingbo Zeng & Yilong Zhang
chapter |5 pages
Application of the Fiber Optic Gyroscope technology in geotechnical engineering monitoring
Kun Zhu, Bin Shi & Yu Chao Wei
chapter |4 pages
Sparsity-enabled denoising method based on tunable Q-factor wavelet transform for bearing fault diagnosis
Baoqing Ding, Chaowei Tong, Wei Xin, Shibin Wang & Xuefeng Chen Wenliang Xu & Zhe Chen
chapter |3 pages
Analysis of the meter reading success ratio of low-voltage power carrier with gross error elimination method
Wanceng Hu Min Cao & Bo Li
chapter |2 pages
large fluctuation, which usually think grid is resistive obvious or perceptual characteristics of different. Frequency domain analysis of impedance values As can be seen from the test station area topology, in the Tai area, power line wiring is complex, with many branches, and longer. In such a high frequency, signal propagation environment can large fluctuation, which usually think large fluctuation, which usually think grid is r te i sc i ss t o if v e d if ofe b rv e in o tu . s or perceptual characteristics of different. Frequency doma in analysis of es d nn c vm al u ee s Apo s ne f mi a th t es sw ta ae r ea ori p og l o Ti a im ar ay , oa w eh r , i ne wd i r nn g sr . c o ec x mh a ye q b ancy h agn d go e . g I sn u ch av ir h gm h rt e qu y, ss i n al pm ro p nip at e nr m er n tce c es a l fn o r aq ue m ly-ti
easily form a multipath interference, grid is resistive obvious or perceptual resulting in a frequency-selective fading, character is and the fading signal and the power line network are at this point in the frequency Frequency domain analysis of
chapter |6 pages
Research on the residual stress measurement in steel plate using critically refracted longitudinal ultrasonic wave based on the phase–frequency analysis method
Hui Huang, Junhui Chai, Hanglong Yu, Guojun Mao, Bin Zheng & Bin Wang Yumei Shen
chapter |4 pages
An online error correction method based on odometer and MIMU
Tao Lai, Guanglong Wang, Wenjie Zhu, Fengqi Gao & Zhongtao Qiao
chapter |5 pages
The fault mode identification of hydraulic pump based on MLSE and Support Vector Machine optimized by ABC
Jiqiao Ma, Hongru Li & Peng Ye
chapter |2 pages
Power spectral density in seismic qualification of nuclear equipment
Zaozhan Sun K(Z,W ,[)](W
chapter |5 pages
Research on ultrasonic phased array signal processing based on compressed sensing
Yajie Sun, Jian Jiang & Yonghong Zhang Yajie Sun & Sai Ji
chapter |4 pages
Crack diagnosis and monitoring method using linear-phased PZT sensor array
Qiang Wang Zhongqing Su
chapter |1 pages
Investigation of Helmholtz coils for edge structure using inductive thermography
Yizhe Wang & Bin Gao Guiyun Tian
chapter |6 pages
Research of excitation frequency selection in Barkhausen noise detection for RPV irradiation embrittlement
Haitao Wang, Junming Cui, Mingliang Fan & Lingyun Wu Xianming Yang
chapter |4 pages
Nonlinear ultrasonic detection of bonding interface gap defect
Zhouyang Bi, Jianhui Chen & Guanglong Wang
chapter |5 pages
Study on mechanical properties of the steel for large-size atmospheric storage tank after fire
Zhou Fang Haoyu Chen & Yaodong Wei
chapter |7 pages
Study on fatigue crack monitoring of metallic aircraft structure based on attached eddy current sensor
Shengbo Jiao, Li Cheng & Peiyuan Li Xiaowei Li
chapter |4 pages
Acoustic emission detection in the inspection of wrapped cylinders
Xuerong Ma, Li Yao, Jifeng Zuo, Kaibai Yue, Xiaohui Chen & Jun Lu
chapter |1 pages
A strain measurement and crack detection method based on microstrip patch antennas
Yang Sun, Hao Li, Bin Bin Li & Ma Bao Liu
chapter |3 pages
Structure crack monitoring based on long-gauge FBG sensor
Wentao Zhang & Fang Li Lin Huang Ce Bian, Hongbin Xu & Yanliang Du
chapter |1 pages
Sensor performance analysis for crane structural health monitoring system
Guojian Huang Donghui Wang, Min Chen & Xinhua Wang
chapter |4 pages
we bolted BGK-FBG-4150 sensors on wireless strain sensors on the specimen the specimen instead of welding on it, with 502 plastic. This four kinds of we pasted MOI FBG sensors on the sensors are arranged in the middle specimen with the help of AB glue, and position of the specimen in order to we pasted FLA-5-11 strain sensor and ensure the unity, as shown in Fig.1;
Fig.1 The test piece which paste four kinds o f sensors
chapter |4 pages
The inspection for Shipbuilding Gantry Cranes’ managing system of safety monitoring
Jin Liu Guojian Huang
chapter |5 pages
Study on aircraft structure strain-gage loads-monitoring method
Yuan Tian & Yingchun Xiao
chapter |6 pages
Research on fault prediction of the electrical control system of crane in service
Lei Wang & Keqin Ding
chapter |7 pages
The comparison of two methods to assess the reliability of bridge structure based on the long-term health monitoring
Zhen Wang, Zejia Liu, Liqun Tang, Yiping Liu & Tinghui He
chapter |6 pages
Fatigue life prediction analysis of crane structure on the basis of strain signal measure and MSC.Fatigue
Fengqi Wu, Wenqing Yao & Peng Hu
chapter |5 pages
Design of safety monitoring system for large recreation facilities based on ZigBee technology
Xu Chen, Chunlei Tu & Xiangdong Li
chapter |4 pages
Multipoint bolts loosening detection system based on active RF
Shaowu Fu & Jian Wu Lihua Liu & Xia Zhao
chapter |3 pages
Monitoring of brake performance in service of hoisting machinery
Jianhua Gong, Keqin Ding, Lei Wang & Chuanqi Zhu
chapter |4 pages
Guide structure health monitoring system based on radio frequency identification device
Wei Jin Lihua Liu
chapter |4 pages
Application of equipment integrity management expert system based on predictive maintenance
Xiang Li, Guodong Jia & Weihua Wang
chapter |3 pages
The monitoring research of optical fiber Bragg grating soil pressure sensor in the foundation of electric steel tower
Shibin Liang Chaolei Duan & Zhengang Zhao
chapter |4 pages
Research on health monitoring decision-making method of in-service hoisting machinery
Guan-Si Liu, Ke-Qin Ding, Fan-Fu Kong, Hua-Zhong Wei & An-Qing Shu
chapter |4 pages
Research and design of health monitoring system based on a highway bridge in the Yellow River
Xi Meng Shu-Lan Zhao, Jin-Lu Fu & Ya-Chong Wang
chapter |4 pages
The online monitoring study of wireless sensor network in mountainous region transformer substation in the meteorological environment
Qingjun Peng Lifeng Zou
chapter |2 pages
On the application of Fiber Bragg Grating strain piles for monitoring the slope of mountain substations
Hong-Liang Wang Li Peng, Zhen-Gang Zhao, Ying-Na Li, and Chuan Li
chapter |3 pages
slope supporting structure have shown significant sensor. The main structure of the strain sensor cracks and deformation, as shown in Figure 1. includes steel pipes for pasting the Bragg grating, a flange for fixing the sensor, self-locking nuts for fixing the armored cable, and so on. When the strain sensors are buried in the strain pile, the flange is firmly fixed in the mortar of the strain pile so that the flange can make the fiber Bragg grating strained in the axial direction. The center wavelength shift of the wf a se c ro B nr n ae g cg t ed to the main control room; the server d afo c uw is t ion and analysis on the data sent by sensors. The server was able to be remotely accessed th rough the network for checking the stability of the s eΛ i s uh c monitoringof the structural stabilityof the mountain
grating caused by strain can be expresse ΔΛ+2n Λ (1) where is the fiber-optic effect an elastic deformation of the fiber itself. When the fiber is deformed, pitch a ractive we designed a self-locking fiber Bragg grating s
chapter |4 pages
Design of tension control system based on multilayer winding wire rope-sheave wear test-bed
Huping Xu & Da Fang* Dongliang Zhou
chapter |1 pages
Risk analysis method for mobile cranes and its application
Xu-Sheng Zhou, Ping Zhou & Shi-Yong Hu