Journal of AE, Volume 27, 2009 (ca. 35 MB) - AEWG

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Monitoring during Landing Gear Controlling Test Geng Rongsheng, Jing Peng (Beijing Aeronautical Technology Research Center) 11. Application of AE Technique onto Fatigue Test of a Full-scale Aircraft Body- AE Monitoring during Aircraft Body Test under Flight Loading Conditions Geng Rongsheng, Jing Peng (Beijing Aeronautical Technology Research Center) 12. Application of Acoustic Emission to Condition Monitoring of Half-axis of Horizontal Tail of an Aircraft Wang Jan-xin, Wu Keqin (PLA Univ. of Science and Technology) 13. The Application of Acoustic Emission Technique in Crack Monitor during Anti-torque Bracket Fatigue Test of a Certain Helicopter Xia Guo-wang, Peng Jiangshu (China Helicopter Research and Development Institute) 14. Two Different Applications of AE Technology on Detecting the Leakage on Storage Tank Floor Yanting Xu, Yadong Wang (Zhejiang Special Equipment Inspection Center) 15. Applications of Acoustic Emission Technology on Vertical Tank Bottoms Detection and Evaluation Xiaolian Guo, Fujun Liu (Zhejiang Special Equipment Inspection Center) 16. Application of PAC-Tankpac TM Technique in Tianjin Petrochemical Corporation Jiang Shiliang, Li Zhengwang (Tianjin Petrochemical Corporation Machinery Research Institute) 17. Acoustic Emission Detection of Power Transformers in 500kV Zengcheng Substation Lin Jiedong, Hu Ping (Guangdong Power Testing and Research Institute) 18. Acoustic Emission Testing and Assessment of Hydrogenation Refine Reactor Tao Yuanhong, Guan Weihe (Hefei General Machinery Research Institute) 19. Acoustic Emission Inspection and Evaluation On-line of Diesel Oil Hydrogenation Reactor Jiang Jun, Liang Hua (Nangjing Boiler and Pressure Vessel Inspection Institute) 20. Application of Acoustic Emission Technique on a Supercharger System Yadong Wang, Yanting Xu (Zhejiang Special Equipment Inspection Center) 21. Acoustic Emission Testing of 2300m 3 Nitrogen Sphere of 15MnVNR Steel Cha Keyong, Mao Gengxin (Shanghai Baosteel Industry Inspection Corp.) 22. The Detection of 8000 Cubic Meters Spherical Tanks by Acoustic Emission Shao Feng (Nanjing Boiler and Pressure Vessel Inspection Institute) 23. The Acoustic Emission Testing Of High Pressure Spherical Tanks Yao Li, Lai Deming (China Air-dynamic Research and Development Center) 24. The Acoustic Emission Detection Application to Well-control Device Safety Evaluation Deng Yonggang, Liu Niannian (Technique Inspection Center, SPA) 25. Application of Acoustic Emission Inspection in an Single Ram-bop Zhu XiangJun (Technology Test Center of Sichuan Petroleum Administration) 26. Research on Fatigue Life of Casting TI46AL8NB Alloy by Acoustic Emission G.B. Rao, X.L. Wang (Institute of Metal, Chinese Academy of Science) 27. Acoustic Emission Study of Polarization Corrosion of LY12CZ Aluminum Alloy Hong Chang, En Houhan (Institute of Metal, Chinese Academy of Science) 28. Study on Acoustic Emission Characteristic of LF3 Aluminum Corrosion Process Yang Nengjun, Wang Hangong (Second Artillery Engineering College) 29. The Acoustic Emission Monitoring for Aluminum and Stainless Steel Pressure Vessel I-15
Hydraulic Pressure Testing Tang Zhiwen, Sun Wei (The second Artillery Corps of P.L.A) 30. AE Monitoring of Three-point-bending Fracture Process for Duralumin LY12CZ Gao Chengqiang, Wang Hangong (The Second Artillery Engineering College) 31. Study on Matching Technique of Acoustic Emission Testing on Pipeline Long Feifei, Dai Guang (Daqing Petroleum Institute) 32. Research on Corrosion Damage of LF3 Aluminum Alloy Based on Character Parameter’s Pattern Recognition of Acoustic Emission Signal Xianhai Long, Hangong Wang (The Second Artillery Engineer Institute) 33. Study on Monitoring Cracks Generated during Fatigue Test of Titanium Alloys by Acoustic Emission Yue Yalin, Li Shenghua (China Ship Scientific Research Center) 34. Research on Mechanical Performance of Composite Cylinders by Acoustic Emission Technology Sun Bingjun, Chen Jinghua (Institute of Nuclear Physical and Chemical Engineering) 35. Characteristic Analysis of Acoustic Emission Signals from the Flaw of Wood-Plastic Composites Yin Dongmeng, Liu Yunfei (Nanjing Forest University) 36. Study on the Characteristics of Acoustic Emission Signal of PE/Peself-reinforced Composites Zhang Tonghua, Peng Yongchao (Donghua University) 37. Study on the AE Characteristics of the Cracking Process in Pre-stressed Concrete Beams Gu Jianzu, Luo Ying (Jiangsu University) 38. Study on Acoustic Emission Characteristics of Tensile Fracture for Particleboard Xu Hui, Zhou Youping (Nanjing Forestry University) 39. The study on the Influence of Thermal Shock on the Mechanics Performance of PBX by Acoustic Emission Gao Dengpan, Tian Yong (The Institute of Chemical Materials, CAEP) 40. The Inspection and Computing of the Valves Inner Leakage Rate in the Estate of Barrage ZhangYing, DaiGuang (Daqing Petroleum Institute) 41. Acoustic Emission Detection and Location for Hypervelocity Impacts Liu Wugang, Sun Fei (Beijing Institute of Structure and Environment Engineering) 42. Application of Volume Comparison Method included Domain Differentiation Method to Acoustic Emission Monitoring Huang Zhenha (Shanghai Baosteel Industry Inspection Corp) Note: Names in the listing has last name first as is customary in China. I-16
Page 2 and 3: Journal of Acoustic Emission, Volum
Page 4 and 5: and HISAKAZU MORI 233-240 27-241 EF
Page 6 and 7: JOURNAL OF ACOUSTIC EMISSION Editor
Page 8 and 9: MEETING CALENDAR: EWGAE29 EWGAE-201
Page 10 and 11: eference in that document to see if
Page 12 and 13: AE LITERATURE Chinese Acoustic Emis
Page 14 and 15: Li Guanhai, Liu Shifeng (Tsinghua U
Page 18 and 19: MONITORING THE CIVIL INFRASTRUCTURE
Page 20 and 21: including stringers, floor beams (i
Page 22 and 23: Fig. 3. A sensor array for monitori
Page 24 and 25: Fig. 7. Maintenance follow-up recom
Page 26 and 27: Fig. 9 Fatigue-prone location on th
Page 28 and 29: ACOUSTIC EMISSION TESTING OF A DIFF
Page 30 and 31: adius of each other in order to pas
Page 32 and 33: Fig. 3. AE transducer arrays. (a) A
Page 34 and 35: References Holford, K. and Lark, R.
Page 36 and 37: Unfortunately, there are neither a
Page 38 and 39: Table 2: Total damage extension of
Page 40 and 41: Some structures, even when visibly
Page 42 and 43: identification processes leading to
Page 44 and 45: ACOUSTIC EMISSION LEAK DETECTION OF
Page 46 and 47: evaluate and to calculate the linea
Page 48 and 49: Further analysis was made on-site u
Page 50 and 51: graph) shows higher activity betwee
Page 52 and 53: Fig. 8. (a) Aerial photo of the com
Page 54 and 55: Fig. 12. ASL measurements at 8.3 ba
Page 56 and 57: Today’s modern AE systems offer i
Page 58 and 59: Fig. 1: Primary AE parameters [6].
Page 60 and 61: Fig. 4: Backpropagation neural netw
Page 62 and 63: does not drop below the set thresho
Page 64 and 65: Fig. 8: Amplitude histogram for a t
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Table 2 shows the tests for the 3.8
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Fig. 14: Cumulative energy versus c
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crack jumps have a higher amplitude
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etween these two fatigue life value
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Table 5: 25% HCF BPNN testing file.
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Fig. 23: Range of data used for 50%
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4. Conclusions and Future Work Acou
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[15] Suleman, J., Korcak, A., Barso
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on the resin plate hardness or its
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Fig. 4 Schematics of cutting load a
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(a) Line force during idle cutting
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(a) Non-arranged die type, f imax /
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Fig. 11 Sensor position and impact
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Fig. 14 Relationship between Δf im
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DAMAGE ONSET AND GROWTH IN CARBON-C
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(a) (b) (c) Fig. 1. (a-b) Polarized
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Fig. 4(c). The dependency of the th
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Fig. 6 (c) cumulative AE counts at
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as shown schematically in Fig. 8(a)
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(a) (b) (c) (d) Fig. 11. Micro-fail
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FUNDAMENTAL STUDY ON INTEGRITY EVAL
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Fig. 3 UT C-scan images of internal
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Fig. 7 AE signal peak amplitude and
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Fig. 9 Relationship between AE sign
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monotonically with load. As mention
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A phenomenon of stress wave generat
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where plus sign refers to the first
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kHz. The result of filtration is sh
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Sphere radius, R, mm Sphere mass, m
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Regime ρV 2 /Yd (MPa) Approximate
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a b Fig. 6. AE signal at the remote
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a b Fig. 9. AE waveforms from impac
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9. А.А. Harkevich, Spectrums and
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amplitudes in the AE signals. In th
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Fig. 2. Signals from small aperture
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Fig. 4. Signals from small aperture
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during the duration of the direct w
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Fig. 8. Expanded time scale view of
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Fig. 10. Displacement signal result
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Fig. 12. Top surface out-of-plane d
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Fig. 14. Signals from small apertur
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Fig. 16. Filtered signal showing hi
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Fig. 18. WTs of the first 200 µs o
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Summary There are three summary obs
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FRACTURE BEHAVIOR IN BONE CHARACTER
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Fig. 2. Schematic diagram of static
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and AE events during loading were d
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References [1] Hirai T., Katayama T
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where and stand for the strain-hard
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Experimental The samples for mechan
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Fig. 4. Typical AE waveforms and th
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detected just before the upper yiel
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the AE energy in iron upon Lüders-
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The most intriguing issue, which ha
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ACOUSTIC AND ELECTROMAGNETIC EMISSI
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Fig. 2 Sample assembly: (a) setup f
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We have observed that the EME signa
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EME under Repeated Loading Rectangu
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the fact that the AE due to the fri
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Abstract IDENTIFICATION OF AE MULTI
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sensor/sonde/surface units have fla
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Fig. 3. Coherency between a pair of
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These multiplets may be related to
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Fig. 7. Hypocenter location and sou
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Accordingly, semi-supervised or uns
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Indeed, the AE events are also non-
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Fig. 5. Overlap plot of AE events f
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(a) Individual Events Test 1 Test 2
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Fig. 10. The distribution of event
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loading tests of concrete elements
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Fig. 4: Typical cracking of specime
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(a) Plain concrete. (b) Composite.
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3) T. Shiotani, M. Shigeishi and M.
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data cannot be recorded by most exp
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where A and I are the area and mome
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Fig. 3 Loading condition for the si
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4. Simulation Results 4.1 Stress-st
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dilatancy observed in an actual uni
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Fig. 9. Energy-frequency distributi
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After the AE cluster formation, mic
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Fig. 13 Spatial distribution of all
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7. J.F. Hazzard and R.P. Young: Int
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obvious that the calibrating AE sou
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Fig. 2. Geometry and schematic illu
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The boundary conditions for tempera
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Calculations have shown that in ord
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Fig. 9. Example of an AE sensor cal
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Hence, the distinct features and ad
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Developed Sensor Configuration Rela
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In this study, the sensor width was
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Fig. 8 Typical AE waveforms and the
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Fig. 11 Relationship between shell
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CORROSION DETECTION BY FIBER OPTIC
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sensor by an FOD sensor. Due to the
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Corrosion AE Monitoring AE monitori
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operated at the normal condition. S
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EFFECT OF SHOT PEENING ON THE DELAY
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Figure 1 shows the SSI and three-po
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stresses do not give any positive e
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Fig. 7 Examples of Lamb waveforms p
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Figure 10 shows results of an SSI t
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as-received strip. It is noted that
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Almen strips were charged in less a
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more AE transducers. AE events may
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Given the data with , and the new d
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Fig. 4. Projection of AE data: (a)
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Table 2. Feature-discriminated stat
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FLEXURAL FAILURE BEHAVIOR OF RC BEA
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Table 2. Weight loss of rebar after
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(a) Global (b) Close up (only skele
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AE hits. By comparison among corros
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dots). It seems that the ratio of A
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Fig. 1. The scheme of double-bottom
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Fig. 3. The other two at 2 and 7 o
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Fig. 6. Located AE sources with the
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Fig. 10. The intensity of recorded
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STUDY OF IDENTIFICATION AND REMOVAL
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Fig. 4 2D Location result with ch5-
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Fig. 8 Noise removal result with th
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Identification and removal for drop
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It was confirmed that a minimum thi
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A GENERIC TECHNIQUE FOR ACOUSTIC EM
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where ∆t exp are the experimental
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stone disc. Oolitic limestone is a
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CFC plate test, larger errors occur
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ACOUSTIC EMISSION TESTING - DEFININ
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What is the detection performance o
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A.3. Performance analysis - Calcula
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- Planar testing configuration (2.5
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Whereas in the planar testing confi
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We can see that full use of the pla
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B.3. Influence of the minimum numbe
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technique such as GBP in France, au
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Page 149 Elastic Waves in Solids Ro
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A Note from the Editor Kanji Ono Nu
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Page 173 5th Colloquium on AE D. Sc
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S78 S82 S86 S90 S94 On the Applicat
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S247 In-Process Acoustic Emission M
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Page i Appreciation K. Ono / Europe
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Page 83 Number 2 Page 85 Page 93 Pr
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Page 111 Page 119 Page 129 Page 129
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S53 S57 S62 S66 S70 S71 S75 "AE App
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S231 S236 Vessels", S238 S239 "Tool
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Number 4 Page 65 Page 93 Page 99 A
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Page 197 Page 203 Nondestructive Ev
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M. Momayez, F. P. Hassani and H. R.
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Number 3 Page C1-C24 Page 95-99 Pag
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12th International Acoustic Emissio
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Source Simulation Analysis Hiroaki
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Page S70-S79 Page S80-S88 Page S90-
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Page S343 Page i-iii Page iii Page
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A. Tsimogiannis, B. Georgali, and A
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VOLUME 19, 2001 ACOUSTIC EMISSION E
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VOLUME 20, 2002 Contents 20-001 DAM
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20-285 ACOUSTIC EMISSION CHARACTERI
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21-197 New Concept Of Ae Standard:
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22-243 Rods And Tubes As Ae Wavegui
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23-196 Ae And Electrochemical Noise
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Kazuaki Arai, Katsuyuki Kaiho, Hiro
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25-132 A SIMPLE METHOD TO COMPARE T
Page 386 and 387:
25-373 IMPACT IMAGING METHOD TO MAP
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High-Voltage Electric Devices Jan P
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27-212 ELECTROMAGNETIC METHOD OF EL
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Authors Index, Volumes 1-27 (1982-2
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Thomas Bidlingmaier 14-S47 Jacek M.
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S. Y. Chuang 4-S137 S. S. Christian
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J.-P. Favre 9-97 Carol Featherston,
Page 400 and 401:
Y. Haddad 8-S314 M. E. Hager 8-S42
Page 402 and 403:
Y. Ichimura 19-142 Makoto Ichinose
Page 404 and 405:
Kunihisa Katsuyama 11-S27 Harold E.
Page 406 and 407:
MOSHE KUPIEC, 27-077 D. S. Kupperma
Page 408 and 409:
Eric Madaras 23-037 M. R. Madhava 8
Page 410 and 411:
F. Mostert 18-189 Andre Moura 23-10
Page 412 and 413:
Tatsuma Ohnishi 19-109 Tadashi Onis
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M. Raab 20-274 Amani Raad 20-300 Ja
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Keiichi Sato, 4-S240, 8-S213, 9-209
Page 418 and 419:
Wolfgang Stengel 4-S312 D. Stöver
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R.G. Tobin 8-25 Akira Todoroki 26-1
Page 422 and 423:
M. Wevers, 4-S186, 8-S272, 13-79, 1
Page 424:
Daihua Zou 5-S1 Ryszard Zuchowski 2
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Journal of AE, Volume 27, 2009 (ca. 35 MB) - AEWG

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