 NDTnetWCNDT '96 - New Delhi Table of Contents |  |
Acoustic Emission Testing| 196 | M. Surgeon, M. Wevers, P. De Meester, K. Ono* | An Evaluation Of The Performance Of Acoustic Emission Systems
| 612 | A. N. Serioznov, L. N. Stepanova, N. G. Metyolkin | Use Of The Ae Method In Strength Testing Of Aircraft Materials And Components
| 265 | Hartmut Vallen | L Recent Improvements In Electronic Technology Used For Flexible Ae-Instrumentation
| 713 | T. Jayakumar, C. K. Mukhopadhyay and Baldev Raj | Acoustic Emission Technique For Characterisation Of Deformation, Fatigue, Fracture And Phase Transformation And For Leak Detection With High Sensitivity-Our Experiences
| 104 | Phillip T Cole, Carl A Husain | On-Line Testing Of Pressure Vessels And Storage Tanks Using Acoustic Emission
| 547 | Waschkies E. and Kröning M | Tool Monitoring - An Example For Process Integrated Nondestructive Testing (Pint)
| 304 | Ma Yukuan | The Processing Of Ae Signal Based On Artificial Neural Network
| 306 | Ma Yukuan, Li Jialin, Dong Yunzhao | The Detecting Procedure Of Ae Signal Under High Background Noise Based On Artificial Neural Network
| 432 | B. B. Jha and Baldev Raj* | Acoustic Emission Generated During Tensile Plastic Deformation In Mild Steel
| 463 | K. K. BRAHMA, C. R. L. Murthy* | Acoustic Emission For Evaluation Of Fatigue Behavior Of A1 - Cu Alloy Sheets With A Hole
| 471 | B. K. Gaur*, B. K. Shah*, P. G. Kulkarni*, D. K. Mahanty**, H. S. Kushwaha** and S. C. Mahajan** | Acoustic Emission Monitoring Of Through Wall Circumferentially Cracked Pipe Under Tensile Load
| 473 | *R. K. Sharma, Om Prakash* and R. K. Pandey* | Studies On Correlation Of Acoustic Emission Parameters And Fatigue Crack Growth Behaviour In Plain Carbon Steel
| 613 | V. V. Muravjov, L. B. Zuev, K. L. Kamarov | Acoustic Control Of Fatigue Damages In Heat - Treated Steels
| 633 | C. K. Mukhopadhyay, T. Jayakumar and Baldev Raj | Acoustic Emission During Tensile Deformation And Fracture Of A Nuclear Grade Aisi Type 304 Stainless Steel Specimen With Notches
| 659 | Debashree Dutta*, P. Barat** | Acoustic Characterization Of Fractal Crack Surface
| 77 | T. Chelladurai, R. Krishnamurthy*, P. Ramesh Narayanan, and A. R. Acharya | Microstructure Studies On M250 Maraging Steel Weldments In Relation To Acoustic Emission
| 152 | Li Luming Zhang Jiajun Liu Yingshan | Location Technique Of Acoustic Emission For Spherical Pressure Vessels
| 176 | T. Chelladurai*, A. S. Sankaranarayanan*, S. V. Subba Rao$, AVSSSR. Sarma*, A. R. Acharya*, R. Krishnamurthy** | Acoustic Emission Technique - An Effective Tool For The Integrity Evaluation Of M250 Maraging Steel Aerospace Pressure Chambers
| 216 | Sung-Jin Song, In-Young Yang, Chi-Hwan Oh1, Soo-Yong Lim*, Sang-Ho Rhee*, and Ho-Chul Kim** | Prediction Of Failure Behaviour In Composite Pressure Vessels By Hydro Proof Acoustic Emission
| 317 | S. Murugesan, T. Chelladurai & K. K. Kuruvilla | Advanced NDT Techniques In The Evaluation Of Storage Induced Degradations Of M-250 Maraging Steel Pressure Chambers
| 380 | N. Parida, B. Ravi Kumar, G. Das, S. G. N. Murthy and D. K. Bhattacharya | Monitoring The Hydrotesting Of A New Pressure Vessel By Means Of Acoustic Emission
| 531 | S. V. Subba Rao, D. Jayaseelan, N. Satyanarayana and K. Viswanathan | Analysis Of Acoustic Emission Data Obtained During Proof Pressure Testing Of M 250 Maraging Steel Rocket Motor Cases
| 73 | Oh-Yang Kwon and Doo-Hyun Hong | Acoustic Emission During Flexural Loading Of Low Velocity Impact-Damaged Cfrp Laminates
| 177 | A. S. Sankaranarayanan, K. K. Purushothaman, T. Chelladurai | Grading Of Kevlar-Epoxy Pressure Chambers Through Acoustic Emission
| 204 | U. K. Vaidya, K. Fotedar, H. Mahfuz, and S. Jeelani | Process-Related Defects And High-Strain Rate Impact Damage Evaluation Of Resin Transfer Molded Composites Through A Comprehensive NDE Approach
| 278 | D. K. Nag, M. Seto*, V. S. Vutukuri** | Application Of Acoustic Emission Technique In Estimating In Situ Vertical Stress From Borehole Core Rock Sample
| 279 | Masahiro Seto***, Dilip K. Nag*, Venkata S. Vutukuri** | Application Of Acoustic Emission Technique To Evaluation Of Rock Mass Damage
| 381 | A. K. Ray, D. K. Bhattacharya* and G. Das* | Acoustic Emission Studies During Indentation On Ceramics And Ceramic Composite
| 423 | K. Shivakumar, M. V. M. S. Rao*, K. Kusunose**, T. Satoh** and O. Nishizawa** | Microfracturing Process And Failure Zone Development In Jointed Amphibolite Rock As Observed From Acoustic Emission Source Locations And Surface-Strain Mapping
| 424 | M. V. M. S. RAO | Significance Of Ae-Based B-Value In The Study Of Progressive Failure Of Brittle Rock: Some Examples From Recent Experiments
| 505 | D. L. Siddalingaiah, NG. R. Iyengar* and B. D. Agarwal* | Damage Identification In Carbon/eopxy Composites Using Acoustic Emission Technique
| 675 | Nirmal K. Sinha | Creep Cracking And Acoustic Emissions In Polar Shelf Ice At High Temperature Of 0.96 Tm
| 27 | R. K. Singh Raman, J. B. Gnanamoorthy* and Baldev Raj* | Acoustic Emission Monitoring Of The Cracking/spallation In The Oxide Scales Developed Over Microstructurally Different Regions Of The 'Chrome-Moly' Ferritic Steels
| 30 | T. Chelladurai, A. S. Sankaranarayanan, K. K. Purushothaman | Failure Monitoring Of A Truncated Cone Shaped Carbon Fibre Reinforced Plastic Structure Through Acoustic Emission
| 54 | M. I. Lopez Pumarega, J. E. Ruzzante | Acoustic Emission Signal Analysis From Steel Tubes
| 98 | H. S. Khatak, H. Shaikh and J. B. Gnanamoorthy | Assessment Of Acoustic Emission Generated During Stress Corrosion Crack Growth In Aisi Type 304 Austenitic Stainless Steel
| 130 | V. A. Berestetsky, I. M. Onichtcneko, A. V. Kozlov | The Harnessing Of Acoustoplastic Effect For The Control Of Internal Structure Of Deformed Metals
| 180 | M. J. Vaidya, K. N. Parikh, P. D. Patel, S. V. Godbole, K. N. Upadhyaya | Acoustic Monitoring Of Ammonia Bullet: A Promise For Structural Integrity
| 284 | Karen M. Holford*, Phillip T. Cole**, Damian C*. Carter and Aled W. Davies* | The Nondestructive Testing Of Steel Girder Bridges By Acoustic Emission
| 421 | P. K. Ramakrishna Rao, P. Prasad, P. Srinivasa Pai and V. Shantha | Acoustic Emission Technique As A Means For Monitoring Single Point Cutting Tool Wear
| 433 | B. B. Jha, A. S. Khanna** and Baldev Raj* | Study Of Spallation Characteristic Of Oxide Scales In 2.25cr-1mo Ferritic Steel By Acoustic Emission Technique
| 530 | N. Satyanarayana, S. V. Subba Rao, D. Jayaseelan and K. Viswanathan | Acoustic Emission Monitoring Of A Long Stored Rocket Motor Case
| 584 | M. R. Bhat and C. R. L. Murthy | An Experimental Approach For Non-Destructive Evaluation Of Fatigue Damage In Cfrp Composites
| 631 | R. Ramesh, C. K. Mukhopadhyay, T. Jayakumar and Baldev Raj | Acoustic Emission During Hydrogen Absorption And Desorption In Palladium
| 682 | Min-Hwa Chung, Yong-Sang Cho, Sang-Guk Lee and Dong-Jin Yoon* | Field Application Technique Of Monitoring System For Bearings In Rotating Machinery Using Acoustic Emission
| 718 | A. G. Beattie | Development Of An Acoustic Emission Test For Aircraft Fire Extinguisher Bott Les
| 133 | George Varkey, A. S. Madhukumar, T. Chelladurai* and A. S. Sankaranarayanan* | Acoustic Emission Analysis Using An Array Of Digital Signal Processors
| 280 | Khalfallah R. and Simard P | An Algorithm For The Automatic Segmentation Of Acoustic Emission Signals
| 305 | Ma Yukuan, Dong Yunzhao, Li Jial in | Pattern Recognition Of The Characteristics Of Ae Source Using Artificial Neural Network
| 322 | Shifeng Liu, Gongtian Shen, Bangxian Li, Qingru Duan | Modern Spectral Analysis Of Waveform Acoustic Emission Data
| 657 | P. Barat*, P. Mukherjee*, P. Kalyanasundaram** and Baldev Raj** | Ambiguity Of Source Location In Acoustic Emission Technique
| 70 | Valentin V. Letunovsky*, Sergei A. Podlesny*, Vyachaslav V. Shildin** | Nondestructive Characterization Of Machine Manufacturing Materials By Internal Friction And Acoustic Emission Methods
| 105 | P. T. Cole, C. A. Husain | Aerospace Applications Of Acoustic Emission During Structural Test
| 178 | K. K. Purushothaman, T. Chelladurai, A. S. Sankaranarayanan, and V. A. Chacko | Acoustic Emission Response Of Titanium Alloy Aerospace Pressure Vessels
| 179 | T. Chelladurai | Promises, Challenges And Limitations Of Acoustic Emission Technique For Integrity Evaluation Of Pressure Vessels - A Review
| 264 | M. Cherfaoui | Acoustic Emission Of Pressure Vessels
| 283 | Joon-Hyun Lee and Bong-jin son | Acoustic Emission Characterization Of Single Fiber Reinforced Metal Matrix Composite
| 342 | Mohammed Raoof | An Insight Into The NDT Of Steel Cables By Acoustic Emission
| 474 | A. A. Lebedev, N. G.Chausov and S. A. Nedoseka | Investigation Of Metal Fracture Kinetics At Final Stages Of Deformation Using The Acoustic Emission Method
| 475 | Rong S. Geng*, P. Jing*, H. Lei*, W. Li** and J. Shao** | Evaluation Of Fatigue Crack Growth In Bulkhead Bolt Of An Aircraft Using Acoustic Emission
| 484 | Sudha Raman, Muthukrishnan and C. R. L. Murthy | Spectral Analysis Of Acoustic Emission Signals Picked Up During Different Phases Of Crack Growth
| 543 | Arup K. Maji | Acoustic Methods Of Nondestructive Testing
| 600 | Zbigniew Witczak | The Accuracy Of The Acoustic Emission Measurements Under High Hydrostatic Pressures
| 700 | Raghu V Prakash*, V. Moorthy**, C. K. Mukhopadhyaya**, T. Jayakumar**, Baldev Raj** | Fatigue Crack Growth Estimation In 12cr - 1mo Steel Using Acoustic Emission Technique
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