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Reports on 2012 FENDT
Source:    Publish Time: 2012-05-19 19:15   3403 Views   Size:  16px  14px  12px
Academic reports on "2012 Far East Forum ”

academic reports on "2012 Far East Forum on Nondestructive Evaluation/Testing"

1. The Application and Development of Risk based NDT Technology, by Prof. Chen Xuedong, Hefei General Machinery Research Institute;

2. Ultrasonic Measurement Models– Fundamental Building Blocks for Quantitative Measurements, by Prof. Lester W Schmerr Jr., Iowa State University, USA;

3. Nonlinear acoustic spectroscopy and thermography based on a local defect resonance, by Prof. Igor Solodov, University of Stuttgart, Germany;

4. The Crane Structure Health Monitoring System Research based on Wireless strain sensing node, by Dr. Ding Keqin, China Special Equipment Inspection and Research Institute;

5. New Methods of High Speed and Precision Electromagnetic Detection and Equipment, by Prof. Kang Yihua, Huazhong University of Science and Technology;

6. Focusing and Deflection Characteristics Research of Ultrasonic Phased Array System, by Mr. Sun Zhongbo, Tianjin Cheng XiN Da Metal Inspection Co.Ltd; by Prof. Qiang Tian peng, Jiangsu Province Special Equipment Safety Supervision Inspection Institute;

7. Oil Well On-line Detection Methods and System, by Prof. He Fuyun, Hefei University of Technology;

8. Structure Welding Residual Stress Magnetic Navigation Technology Research and Instrument Development, by Dr. Ding Keqin, China Special Equipment Inspection and Research Institute;

9. Phased Array Testing of Eddy Current Turbine-Blade Root; by Mr. Ji Xuanrong, Guangzhou Doppler Electronic Technologies Co., Limited;

10. The research of key technology on integrity management of pressure pipeline and CPIM software, by Dr. He Renyang, China Special Equipment Inspection and Research Institute;

11. Simulation of multi-cracks in solid using harmonics filtering with a time reversal process, by Prof. Liu Xiaozhou, Nanjing University;

12. Application of stainless steel welding inspection with Phased array technology, by Prof. Guo Lei, Beijing Fermat Inspection Technology Company Limited;

13. Some Ideas on Version of JB/T4730.2, by Prof. Qiang Tianpeng, Jiangsu Province Special Equipment Safety Supervision Inspection Institute;

14. Development Trend of Digital Radiography Testing Technology Judging from the Standard of ISO 17636-2:2011, by Prof. Wang Jun and Prof. Qiang Tianpeng, Jiangsu Province Special Equipment Safety Supervision Inspection Institute;

15. Advanced flux leakage systems for nondestructive evaluation, by Prof. Tomasz Chady, Zachodniopomorski Uniwersytet Technologiczny;

16. Intelligence Algorithms in Nondestructive Evaluation, by Prof. Ryszard Sikora, Zachodniopomorski Uniwersytet Technologiczny;

17. Application of the metal magnetic memory method for detection of defects at the initial stage of their development for damage prevention of power engineering welded steel structures and steam turbine parts, by Mr. Sergey Kolokolnikov, Energodiagnostika Co. Ltd, Russia;

18. The influence of pump on acoustic emission signal and positioning accuracy, by Prof. Li Guanghai, China Special Equipment Inspection and Research Institute;

19. Acoustic emission signal cluster analysis of hydrogenation reactor materials in the stretching process, by Prof. Dai Guang, Northeast Petroleum University;

20. High-temperature on-line acoustic emission monitoring of Hydrogenation reactor overlay cracks, by Prof. Jiang Jun, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

21. Acoustic emission detection and analysis methods of fractionating tower bottom reboiler tube bundle leakage location, by Prof. Xu Yanting, Zhejiang Provincial Special Equipment Inspection and Research Institute;

22. Application of acoustic emission in safety valve leakage detection, by Prof. Fang Xuefeng, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

23. The acoustic emission instrument hardware development history of Germany Vallen Company, by Mr. Duan Qingru, Beijing Crahesion Science & Trade Co., Ltd;

24. Discussion on acoustic emission data acquisition and analysis software development, by Mr. Duan Qingru, Beijing Crahesion Science & Trade Co., Ltd;

25. Acoustic emission inspection of 1-butene spherical tank in service, by Prof. Ji Dayuan, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

26. Research and development of portable acoustic emission instrument, by Mr. Liu Shifeng, Beijing Soundwel Technology Co., Ltd;

27. Acoustic emission signal characteristics research of metal materials used for pressure vessels, by Prof. Shao Feng, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

28. Acoustic emission monitoring experiment of Q235B pitting process, by Prof. Fang Jiangtao, Dalian Boiler & Pressure Vessel Inspection Institute;

29. Optical methods combined with lamb wave for the research of composite materials damage detection, by Prof. Zhu Yongkai, Nanjing University of Aeronautics and Astronautics;

30. Acoustic emission detection of hydrocracking reactor, by Prof. Yi Rong, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

31. Acoustic emission inspection of pressure vessel leakage, by Prof. Zhang Zhongzheng, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute;

32. In-situ Observation and Acoustic Emission Analysis for Corrosion Pitting and SCC of MgCl2 Droplet in SUS304 Stainless Steel, by Prof. SHIWA. Mitsuharu, Tokyo University, Japan;

33. Towards automated non-destructive evaluation, by Prof. Larissa Fradkin, London South Bank University, UK;

34. Optical tomography: from human body to optoelectronics, by Prof. Claude Boccara, Laue-Langevin Institute, France;

35. Coda wave interferometry methods for ultrasound characterization of concrete and cracked materials, by Prof. Vincent TOURNAT, Université du Maine, France;

36. Tone burst eddy current thermography:Simulations and measurements for crack and corrosion assessment in aluminum and stainless steel components, by Prof. Bruce Maxfield, Indian Institute of Technology Madras, India;

37. Primary boost signal analysis of acoustic emission inspection, by Prof. Zhang Xiaobin, Guangxi Special Equipment Supervision and Inspection Institute;

38. Film digital in ray detection and defect database analysis technology research, by Prof. Wang Zixin, Shandong Special Equipment Inspection Institute;

39. High pressure thick wall pipe hydrogen damage mechanism and inspection technology research, by Prof. Yao Xiaojing, Shandong Special Equipment Inspection Institute;

40. Ultrasonic testing technology research on reinforced thermoplastic plastic pipe joint, by Prof. Guo Weican, Zhejiang Provincial Special Equipment Inspection and Research Institute;

41. Ultrasonic imaging methods research of pipe type TY welding in special equipment, by Prof. Liu Weicheng, The Inspection & Research Institute of Boiler & Pressure vessel of Jiangxi Province;

42. Special pipe ultrasonic and eddy current automatic inspection technology research, by Prof. Wang Hailing, Inner Mongolia North Heavy Industries Group Corp. Ltd;

43. Nondestructive testing validity and management mode analysis, by Prof. Ma Jianyu, Hebei Supervision & Inspection Institute of Boiler & Pressure Vessel;

44. Application of creeping technology in boiler TOFD testing, by Prof. Chen Yubao, Guangdong Province Special Equipment Inspection Institute;

45. Industrial X-ray real time remote control device development, by Prof. Li Xufeng, Guangdong Province Special Equipment Inspection Institute;

46. Steel structure connecting bolt and welding residual stress testing and its application, by Prof. Wang Xinhua, Guangdong Special Mechanical and Electrical Equipment Inspection Institute;

47. Ship unloading machine for front axle load response modal test analysis technology, by Prof. Liu Baiqing, Guangdong Special Mechanical and Electrical Equipment Inspection Institute;

48. Application of Portable high frequency constant voltage X-ray machine in heavy plate detection, by Prof. Huang Changhe, Tianjin Special Equipment Inspection Institute;

49. Detection of stainless steel storage by using eddy current methods, by Prof. Peng Guoping, Guangzhou Special Pressure Equipment Inspection and Research Institute;

50. CNG cylinder magnetic particle detection method and system, by Prof. Chen Jie, Chongqing Special Equipment Quality Safety Inspection Center;

51. Large-scale sphere tank health monitoring system research and development, by Prof. Qiao Song, China Special Equipment Inspection and Research Institute;

52. Austenitic stainless steel deformation martensite magnetic testing research, by Prof. Sheng Shuiping, Hangzhou Special Equipment Inspection Institute;

53. Variable energy X ray spectrum imaging theory and method study, by Dr. Chen Ping, North University of China;

54. Lifetime reliability monitoring of solder joints using ultrasound, by Prof. Guangming-Zhang, Liverpool John Moores University, UK;

55. Photoacoustic Investigation of the Silicon Membranes, by Prof. Dragan M. Todorović , University of Belgrade, SERBIA;

56. Nondestructive Testing Technology for physical properties Parameters of Composites, by Prof. Xu Chunguang, Beijing Institute of Technology, China;

57. Residual Stress Measurement by Ultrasonic Wave, by Dr. Pan Qinxue, Beijing Institute of Technology, China;

58. Noncontact Measurement of Geometric parameters of Rotary Part, by Prof. Hao Juan, Beijing Institute of Technology, China;

59. NDT of Small Cracks using Surface Acoustic Wave, by Prof. Zhou Shiyuan, Beijing Institute of Technology, China;

60. A Secondary Calibration Method of AE Sensors, by Prof. Xiao Dingguo, Beijing Institute of Technology, China;

61. Ultrasonic Phased Array Measurement Model for Side-drilledholes, by Dr. Zhao Xinyu, Beijing Institute of Technology, China;

62. Rock damage electromagnetic radiation signal monitoring system, by Prof. Huang Songling, Qinghua University, China;

63. LNDT-200 laser speckle detecting instrument and its application in NDT, by Prof. Zhang Dongsheng, Shanghai University, China;

64. Rail stress testing based on Barkhausen effect, by Prof. Wang Ping, Nanjing University of Aeronautics and Astronautics, China;

65. Stress testing technology based on optical fiber, by Prof. Tang Li, by China Academy of Engineering Physics, China;

66. The research progress of stress monitoring system based on optical fiber sensing technology, by Prof. Qiao Song, China Special Equipment Inspection and Research Institute, China;

67. The research progress of prestressed strand measurement based on longitudinal ultrasonic guided wave technique and its application prospect, by Prof. Liu Zenghua, Beijing University of Technology, China;

68. Magnetic testing technology for non-ferromagnetic materials, by Prof. Yu Runqiao, Nanchang Hangkong University, China;

69. The pipeline outer wall adjustable magnetic flux leakage scanning detection methods and its application research, by Prof. Dai Guang, Northeast Petroleum University, China;

70. Long distance oil and gas pipeline detection technology, by Prof. Yang Lijian, Shenyang Ligong University, China;

71. High-speed rail full section defect testing methods research, by Prof. Wang Haitao,
Nanjing University of Aeronautics and Astronautics, China;

72. Nonlinear Ultrasonic NDE for Early Stage Damage Detection, by Prof. Younho Cho, Pusan National University, Korea;

73. NDT of metal structural and fatigue state as well as lifetime estimation based on metal magnetic characteristic measurement – coercivity (coercive force) metering,by Prof. Gennadiy Bezlyudko, Prof. Roman Solomakha, Prof. Ukraine and Prof. Zhao Peizheng

74. Discussion of magnetic field intensity in magnetic particle testing, by Prof. Xu Zunyan, Shanghai Electric Nuclear Power Equipment Co., Ltd, China;

75. Micro and Nano CT with Metrology, by Manager Zhang Likai, Dr. Kong Fanqin, GE Testing, China;

76. Digital X-Ray development and new application, by Manager Kiesel Denis, Manager Liu Senyu, GE Testing China;

77. Micro and Nano CT in industry, by Dr. Kong Fanqin, Manager Zhang Likai, GE Testing, China;

78. Research of rail bottom vertical vibration mode ultrasonic guided wave detection technology, by Prof. Lu Chao, Nanchang Hangkong University, China;

79. Application of magnetic flux sensor in cable and anchor monitoring, by Manager Liu Wenfeng, Jiangxi Fashion Technology Co., Ltd, China;

80. Effect discussion of testing block in the detection from various TOFD standards, by Prof. Qiang Tianpeng, Jiangsu Province Special Equipment Safety Supervision Inspection Institute, China;

81. Introduction of the latest research results of MsS guided wave technology, by Prof. Sergey Vinogradov, Hegeon Kwun and Glenn M. Light, Southwest Research Institute, USA;

82. Thermal barrier coating physical modeling and numerical simulation of ultrasonic detection, by Prof. Ma Zhiyuan, Dalian University of Technology, China;

83. Piezoelectric impedance quantitative evaluation of austenitic stainless steel mechanical damage under stress, by Dr. Luo Zhongbing, Dalian University of Technology, China;

84. Pulsed eddy current crack defect imaging detection technology research, by Dr. Yang Binfeng, Air Force Engineering University, China;

85. Designed of Quantitative Inspection of Cracks Testing systems based on ACFM Technique, by Prof. Shi Hongyuan, Nanchang Hangkong University, by Dr. Chen Jingui, Xiamen IDEA Electronic Technology Co., Ltd, China;

86. Development and application of Pulsed Eddy Current Testing on Imaging Technique, by Dr. Chen Jingui, Xiamen IDEA Electronic Technology Co., Ltd, China;

87. Metal magnetic memory testing technology research progress and some discussions, by Prof. Wang Zhengdao, Yao Kai, Shen Kai, and Huang Ting, Beijing Jiaotong University, China;

88. Electromagnetic NDE method research of metal plastic deformation, by Prof. Chen Zhenmao, Xi’an Jiaotong University, China;

89. Defect Characterization Using Frequency Components of Pulsed Eddy Current Signal, by Prof. Zeng Zhiwei, Xiamen University, China;

90. Electromagnetic Inspection Technique to detect Corrosion under Insulation, by Prof. Yu Yuwu, Shen Jianping, Russell N.D.E. Systems Inc, Canada;

91. CNDT&E “Cloud” detection and evaluation technology research, by Mr. Lin Junming, Anderson (Xiamen) electronic limited company, China;

92.A networked handheld video, multi frequency eddy current testing terminal, by Mr. Lin Junming, Anderson (Xiamen) electronic limited company, China;

93. The research of phased array ultrasonic technology and the automatic NDT system in the railway wheel-set, by Prof. Peng Jianping, Southwest Jiaotong University, China;

94. Fast crack profile reconstruction using pulsed eddy current signals, by Prof. Libing Bai, Gui Yun Tian, University of Electronic Science and technology, University of Newcastle, UK;

95. Review of automated ultrasonic testing technology and equipment of the primary circuit of EPR NPP, by Mr. Wang Weiqiang, Mr. Ma Guanbing, CITEC, China;

96. Magnetostrictive guided wave pipeline detection theory and experimental study, by Prof. Tang Zhifeng, Zhejiang University, China;

97.Application of special pressure equipment electromagnetic testing technology, by Prof. Yao Li, China Aerodynamics Research & Development Center, China;

98. New Developments in Fast and Recordable Surface Inspection Using Electromagnetic Acoustic Transducer (EMAT) Techniques,by Prof. Huidong Gao, Syed Ali, Peter Lekeaka, and Borja Lopez, US;

99. Ultrasonic testing techniques of Composite materials, by Mr. Bi Jianhao, LEEPIPE, China;

100. The latest X-ray diffraction residual stress measurement technology and standard introduction, by Prof. Zhao Lang, Shi Xinhua, Nanchang Hangkong University, China;

101. National Natural Science Foundation of China -- the purpose, procedures and funding areas, by Dr. Zhang Zhaotian, National Natural Science Foundation of China, China;

102. International recognition dynamic study of NDT field, by Prof. Niu Xingrong, Liu Lidong, Pan Feng, Certification and Accreditation Administration of the People’s Republic of China, China;

103. Eddy Current Thermography as an Advanced Nondestructive Testing Technique for Defect Detection and Characterisation in Metallic Samples, by Dr. Ilham Mukriz B. Zainal Abidin, Malaysia Nuclear Agency, Malaysia;

104. Evaluation of heat propagation speed by photo-acoustic: Theoretical approach,by Dr. Slobodanka Galovic, Belgrade University;

105. Non-contact air-coupled sensing of concrete structures, by Dr. Jinying Zhu, The University of Texas at Austin, US;

106. Eddy Current Thermography as an Advanced Nondestructive Testing Technique for Defect Detection and Characterisation in Metallic Samples, by Dr. Ilham Mukriz B. Zainal Abidin, Malaysia Nuclear Agency, Malaysia;

107. Application of ultrasonic phased array and TOFD technology in petroleum and petrochemical NDT field, by Mr. Zhou Dan, OLYMPUS, China;

108. Application of ultrasonic phased array technology in aerospace NDT field, by Mr. Zhou Dan, OLYMPUS, China;

109. Welding residual stress measurement by using X-ray diffraction methods, by Mr. Lin Jinjun, EPCO, China;

110. System integration of phased array simulation dynamic real time imaging technology, by Mr. Li Jianfeng, Solution Provider & Innovative Thniker, China;

111. QuantitativeNDE of Plastic Deformation Based on Barkhausen Noise and Incremental Permeability, by Prof. Chen Hongen, Xi’an Jiaotong University, China;

112. Pulsed eddy current testing based on transient gradient magnetic field signals, by Prof. Qi Yong, Xi’an Jiaotong University, China;

113. The Numerical Simulation of Electromagnetic Acoustic for ferromagnetic materials, by Prof. Zhou Haiqiang, Xi’an Jiaotong University, China;

114. Creep strain measurements: applications and implementation of SPICA, by Mr. Harrie, KEMA Company;

115. High temperature wall thickness monitoring, by Mr. KEMWAT, Rob, KEMA Company, China;

116. External inspection of boiler evaporator tubes, by Mr. KEMBUS, Rob, KEMA Company, China;

117. Corrosion monitoring at critical locations in boilers, by Mr. KEMCOPS,Rob, KEMA Company, China;

118. INDUSTRIAL LASER-ULTRASONIC RECEIVERS: RECENT PROGRESS IN MULTI-CHANNEL RANDOM-QUADRATURE INTERFEROMETERS, A. Wartelle1, B.Pouet1, S.Breugnot1, Bai Xiaobao2, Jiang Yunxi2,1Bossa Nova Technologies, 2 Matrix U/E Technologies Ltd., China;

119. FLEXIBLE EDDY CURRENT ARRAY PROBE FOR WELD INSPECTIONS, Matrix U/E Technologies Ltd., China;

120. Air coupled ultrasonic technology and its application, by Mr. Bai Xiaobao, Matrix U/E Technologies Ltd., China;

121. Acoustic emission detection technology of spherical tank, by Prof. Yi Rong, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute, China;

122. Automobile compressed natural gas cylinder acoustic emission testing technology research, by Prof. Jiang Jun, Nanjing Boiler & Pressure Vessel Supervision and Inspection Institute, China;

123. Application of acoustic emission detection technology in atmospheric storage tank leak detection, by Prof. Yan He, China Special Equipment Inspection and Research Institute, China;

124. Fatigue crack monitoring research of acoustic emission steel structure, by Mr. Wang Wenyou, Physical Acoustics Corporation Beijing Office, China;

125. Application of acoustic emission in supercritical boiler testing, by Mr. Wang Wenyou, Physical Acoustics Corporation Beijing Office, China;

126. The latest application development of acoustic emission technology, by Mr. Xu Fengjing, Physical Acoustics Corporation Beijing Office, China;

127. Tank bottom corrosion acoustic emission detection data evaluation methods, by Mr. Wang Wenyou, Physical Acoustics Corporation Beijing Office, China;

128. Wood elastic modulus measurement testing methods research based on ultrasonic technology, by Prof. Xu Feng, Nanjing Forestry University, China;

129. Propagation mechanisms of longitudinal guided wave in anchorage bolt and anchorage quality NDT research, by Prof. Wang Cheng, Ning Jianguo, He Wen, Yu Xiao, Beijing University of Technology, China.