 NDTnetWCNDT '96 - New Delhi Table of Contents |  |
Ultrasonic Technique - Sensor Technology| 20 | Zheng Kaisheng, Liu Jingzhong, Chen Yucheng | A Technique Of Ultrasonic Testing For No Upside-Dead Zone - The Universal Ultrasonic Probe For No Upside-Dead Zone
| 59 | M. C. M. Bakker | Directivity Of Probes In NDE-Inspection
| 60 | Elfgard Kuhnicke, U. Volz | Designing Ultrasonic Transducers For Layered Media By Means Of Green'S Functions - A Calculation Software
| 66 | Yougen Peng | An Acoustic-Testing Sensor Based On Acousto-Magnetic Effect
| 103 | Katsuyoshi Kimura, Mamoru Yamoto* | Dgs Diagrams For Point Focusing Ultrasonic Normal Probes
| 149 | Chen Yifang, Zhang Jiajun | An Ultrasonic Transducer To Test The Connecting Quality Of Double- Chilled Roller
| 156 | D. Desruelles - O. Burat - G. Pierre | Ultrasonic Phased Array Probes For High Speed Inspection Of Tubes
| 175 | Song Shaohe, Wu Kai | A New Ultrasonic Wave Probe Used In Detecting Turbine Blade'S Roots
| 256 | Bruce Drinkwater And Peter Cawley | The Practical Application Of Solid Coupled Ultrasonic Transducers
| 310 | Daniel De Vadder, Alain Lhèmery* | Improved Resolutions With Non-Uniform Ultrasonic Transducers Old Ideas, New Realizations
| 362 | Reyes and C. Gonz et. al | Design And Implementation Of Linear And Point Focused Transducers For Non-Destructive Testing
| 506 | V. N. Bindal, S. K. Jain, P. S. Krishna Mohan Rao*, M. V. B. Rao and Subhash Chandra | Design Considerations Of Low Frequency Transducers For The NDT Testing Of Concrete, Timber And Like Materials
| 558 | P. Blanquet, T. Demol and C. Delebarre | Application Of Array Transducers To Health Monitoring Of Aeronautic Structures
| Ultrasonic Testing - Instrumentation | 691 | D. A. Hutchins*, A. G. Bashford*, W. M. D. Wright*, D. W. Schindel**, and A. Kumar*** | Air-Coupled Ultrasonic Capacitance Transducers For NDT
| 41 | G. L. Workman and J. Walker | Update On The Development Of A Robotic Acousto-Ultrasonic System
| 116 | S. R. More, V. H. Patankar, V. M. Joshi, K. R. Gopalakrishnan | An Advanced Ultrasonic Imaging System For NDT/NDE
| 185 | H. V. Singh and D. V. K. Charan | Automatic Ultrasonic Scanning
| 215 | Sung-Jin Song, Hak-Joon Kim and Won-Suk Sung | Development Of An Intelligent Ultrasonic Evaluation System With A Multi-Axis Portable Scanner
| 217 | Wang Zhengxian Zhang Zenggen | The Application Of Lcd In Computerized Ultrasonic Flaw Detector
| 328 | B. Nouailhas, A. Schumm | Coupling Cad And Ultrasound
| 357 | Motoharu Goto | Applications Of Portable Phased Array Ut System
| 686 | William Paul Motzer | Ultrasonic B-Scan System Used To Inspect Composite Airplane Parts
| Ultrasonic Testing - Systems, Automation, Signal Processing | 39 | Hung-Fa Shyu*'**, M. W. B. Lock* | Ultrasonic Testing System With Split Spectrum Processing For Haz Creep Damage Evaluation
| 69 | Alexander M. Akhmetshin | High-Sensitive Ultrasonic Deep Probing Of Low-Contrast Structures With Unknown Law Of Receiver Signals Distortion By Means The Generalized Matched-Filtering Method
| 172 | Yoshinori Fukuda and Hajime Kitagawa | Classification Of Ultrasonic Flaw Signals By Means Of Time-Frequency Analysis
| 211 | Zhu Senyuan, Pen Xianchu*, Wang Xuhui**, and Tang Chenghui** | Distinguish The Echo Of Signal Of Transverse Wave And Longitudinal Wave In Ultrasonic Testing By Computer
| 635 | C. Rajagopalan, P. Kalyanasundaram and Baldev Raj | Uncertainty Management In Knowledge Based Systems For Nondestructive Testing - An Example From Ultrasonic Testing
| 658 | P. Barat*, P. Mukherjee*, and Debashree Dutta** | Fractal Characterization Of Back Scattered Ultrasonic Signals
| Ultrasonic Testing - Numerical Analysis | 145 | D. Datta, N. N. Kishore*, P. Munshi* | Features Of Ultrasonic NDT To Identify Defects In Composite Materials Modelled By Fem
| 214 | J. Murai, T. Ida and T. Shiraiwa | Acoustic Field Of Spherical Focusing Transducer (Ii)
| 227 | J. F. Chai* and T. T. Wu** | Measurement Of Surface Wave Velocities In A Prestressed Anisotropic Crystal And Its Application To Nondestructive Testing
| 276 | P. P. Delsanto, E. Ruffino, V. A. M. Luprano*, G. Montagna *, V. I. Anisimkin ** | Parallel Processing Simulation Of The Propagation Of Baw-Saw Transducer Generated Waves
| 277 | P. P. Delsanto, R. B. Mignogna*, V. Chiroiu**, L. Monteanu** | Modeling Interfaces: Analytical And Numerical Techniques
| 339 | Yan-Rongming*, Zhou-Guangping and Qiu-Wenbin | A New Method To Enhance The Resolution Of Ultrasonic Testing
| 609 | H. Tavossi and B. R. Tittmann | Ultrasonic Characterization Of Sediment Model Media
| Ultrasonic Testing of Welds | 42 | D. Devaraj, K. G. Prabhakaran* and P. S. Subramanyam | Effect Of Microstructure And Weld Geometry On The Ultrasonic Evaluation Of Thick Dissimilar Metal Weld
| 113 | Zheng Zhongxing, Hu Shaohai, Teng Yongping, Cui Jiangying, Qiu Ruichang | The Study Of Ultrasonic Imaging System For Austenitic Welds
| 201 | Chen Qinglin | A New Focusing Probe Of Ultrasonic And Its Application In Testing Welds
| 456 | S. Mohan, S. Ravishankar, N. Masilamani, V. N. Misale and S. C. Durgad | Ultrasonic Immersion Testing Of Weldments
| 466 | P. Annamalaisamy, T. V. Subash, K. C. Chandran, S. Abudl Majeeth and P. S. Subrahmanyam | Investigation Of Spurious Ultrasonic Indication In A Critical Circumferential Butt Joint - A Case Study
| 469 | M. Bandyopadhyay, P. P. Nanekar, B. K. Shah, R. Ramanathan, M. D. Mangsulikar and P. G. Kulkarni | Ultrasonic Characterisation Of Intergranular Stress Corrosion Cracking In Austenitic Stainless Steel Welds
| 512 | M. Palaniappan, R. Subbaratnam, A. Baskaran and R. Chandramohan | Effect Of Repeated Repairs On The Austenitic Stainless Steel Welds Upon The Ultrasonic Examination Sensitivity
| 513 | R. Subbaratnam, M. Palaniappan and A. Baskaran | Ultrasonic Examination Of Heavy Austenitic Stainless Steel Welds - Our Experience
| 679 | Troitskii V. A | Nondestructive Testing Of Multilayer Welded Structures
| Ultrasonic Testing - Microstructure and Material Degradation | 165 | Bryan Bridge and Kuroush Merrikh | Ultrasonic Backscatter Measurements Of Grain Size Variations Illustrated By Studies On Heat Treated Chrome-Nickel Stainless Steel
| 274 | Takuichi Imanaka, Yoshikazu Yokono, Shigeyuki Matsubara, Kazuhiro Mukai | *Yukimitsu Okano, *Yasuo Kurozumi, *Yasuhiro Kawaguchi Nondestructive Evaluation Of Materials Degradation In Power Plants -Detection Of Thermal Embrittlement And Igscc
| 275 | V. Krishnamurthy, G. Venkataraman and R. S. Babu | Evaluation Of Ultrasonic Test Indications Of Creep Damages In High Temperature Pressure Parts Of Power Plants
| 459 | N. Trimborn and J. Verkooijen | Hot Hydrogen Attack: A Novel Approach For Reliable Detection And Monitoring
| 468 | B. K. Shah, P. P. Nanekar, M. Bandyopadhyay, A. K. Bandyopadhyay, A. R. Biswas and P. G. Kulkarni | Ultrasonic Characterisation Of Ageing Degradation During Long- Term High Temperature Exposure In Nickel-Base Alloy 625
| 481 | Vaidehi Ganesan, P. Palanichamy, C. Rajagopal, P. Kalyanasundaram and Baldev Raj | Ultrasonic Characterisation Of 748 K Embrittlement In 12%Cr- Ferritic Steel
| 522 | Manish Gupta, Hasan Abdullah and A. K. Dhawan | Application Of Laboratory Non-Destructive Techniques For Rocks
| 545 | J. C. Pandey, R. Jha, M. P. Singh* and O. N. Mohanty | Ultrasonic Attenuation Technique And Quality Of Steel Products
| 629 | P. Palanichamy and Jayakumar | Grain Size Measurements By Ultrasonic Rayleigh Surface Waves
| Ultrasonic Testing - Mechanical Properties | 94 | Marie-Helene Nadal, Cyril Hermerel, Christian Gondard and Luc Paradis | Determination Of Elastic Constants In A Materials Submitted To High Temperatures With An Ultrasonic Method
| 134 | Ashok Kumar, Yudhisther Kumar and Basant Kumar | A New Approach Of Ultrasonic Attenuation Measurement For NDE And Material Characterization
| 148 | Chen Yifang, Zhang Jiajun | A Research On Testing Elastic Moduli Of Workpiece Materials
| 219 | Theodore E. Matikas, Prasanna Karpur, Robert L. Crane, S. Shamasunder* | Correlation Of Various Elastic Moduli With Relative Density Of Porous Alpha-Two Titanium Aluminide Compacts
| 236 | N. K. Batra, K. E. Simmonds and R. B. Mignogna | Determination Of Elastic Constants Of Anisotropic Materials From Propagation Of Ultrasonic Waves Along Arbitrary Symmetry Directions
| 351 | Jose P. Panakkal | Longitudinal Ultrasonic Velocity As A Predictor Of Material Properties Of Porous Materials
| 415 | K. S. Tan and P. Hing* | On The Elastic Modulus Of Alumina-Zirconia Composite Using Ultrasonic Through Transmission
| Ultrasonic Testing - Lamb Wave Applications | 80 | K. S. Tan, N. Guo* and B. S. Wong* | Evaluation Of Near Surface Delaminations In Laminate Plates Using The Lamb Wave Amplitude Technique
| 252 | Semyen P. Pelts, Dale Jiao and Joseph L. Rose | Transducer Influence On Lamb Wave Excitation In Composite Plate
| 254 | Hyeon Jae Shin, Robert Yi and Joseph L. Rose | Defect Detection And Characterization In Power Plant Tubing Using Ultrasonic Guided Waves
| 257 | David N. Alleyne, Alan M. Lank*, Peter J. Mudge* and Peter Cawley | The Lamb Wave Inspection Of Chemical Plant Pipework
| 557 | T. Demol, P. Blanquet and C. Delebarre | Optimization Of Linear Array Transducers For Lamb Waves Generation
| 651 | Krishnan Balasubramaniam, Vimal Vinod Shah and Daniel Costley | Laser Generated Guided Ultrasonic Wave Applications In Non- Destructive Evaluation
| Ultrasonic Testing - Saft, TOFD, SAM and Tomography | 92 | Frederique Tardy, Marie-Helene Nadal, Christian Gondard, Luc Paradis, Jean-Claude Baboux | Local Characerization Of Materials Using An Impulse-S. A. M. Technique In The 10 Mhz-20 Mhz Range
| 128 | Ute Bergmann*, F. Bergner**, K. J. Langenberg***, Ch. Hofmann*** | Ultrasonic Time-Of-Flight Diffraction Method For Monitoring Stable Crack Growth
| 137 | F. H. Dijkstra and J. A. de Raad | Tofd &Amp; Acceptance Criteria: A Perfect Team
| 147 | D. Datta N. N. Kishore*, P. Munshi* | Application Of Acoustic Tomography In Nondestructive Testing
| 367 | S. Ramnath, Agnelo Mascarenhas, J. Selva Solomon and L. Pathak | Simplified Instrumentation For Pc-Based Saft Systems
| 413 | C. A. Lamy, J. M. A. Rebello** and J. Charlier* | Sizing Of Inclined Surface Flaw By The Time-Of-Flight Technique
| 458 | K. S. Venkataraman and A. Mclay* | The Performance Of The Time-Of-Flight Diffraction (Tofd) Technique In Various International Round-Robin Trials And The Continuing Research Work Underway Today
| AET Fatigue and Fracture | 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
| AET - Pressure Vessels | 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
| AET - Non Metals | 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
| AET - Applications | 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
| AET - Signal Processing | 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
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