Table of Contents 202 Articles in Issue: 2014-02 | |
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Exhibitors (16) | |
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Title / Author(s) / Keywords
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Publication |
 Multimedia Review of the APCNDT 2013 R. Diederichs 58 NDT.net 114, Bad Breisig, Germany
NEWS 1 /1
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|  ECNDT 2014 3rd Announcement / Abstracts extended by 31 March 2014 CZECH Society for NDT (CNDT) 6, Brno, Czech Republic NEWS
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|  eNDT : the ultimate free mobile NDT App for IOS and Android EXTENDE 98, Massy, France NEWS
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|  Pipeline welds: seen, measured, quantified and approved Optical Metrology Services (OMS) 3, Bishops Stortford, Hertfordshire, United Kingdom NEWS
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|  Integrity assurance – UltraSteamLine extends high temperature inspection capabilities Plant Integrity Ltd 12, Cambridge, United Kingdom NEWS
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|  Glory of India Gold Medal award winner Mr. Pardikar joins TWI India TWI Ltd (The Welding Institute) 191, Great Abington, Cambridge, United Kingdom NEWS
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|  Vince Cable India visit promotes UK business successes TWI Ltd (The Welding Institute) 191, Great Abington, Cambridge, United Kingdom NEWS
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|  Move to new R&D village for TWI Technology Centre (Wales) TWI Ltd (The Welding Institute) 191, Great Abington, Cambridge, United Kingdom NEWS
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|  PROMPRYLAD LLC participated in the 14th Asia Pacific Conference on Non-Destructive Testing Promprylad LLC 23, Kiev, Ukraine NEWS
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|  Contrôle Mesure Systèmes will exhibit at Tube Dusseldorf on booth n° 6H39 Controle Mesure Systemes (CMS) 12, La Charmee, France NEWS
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|  Technology Design at the ASNT Fall Conference Technology Design Ltd 44, Winsford, United Kingdom NEWS
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|  TÜV Rheinland Acquires OpenSky Corporation, Expands IT Infrastructure, Security Services in US TÜV Rheinland 13, Cologne, Germany NEWS
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|  Imaginos NDE represents Eclipse Scientific in Europe Imaginos NDE 3, Harpenden, United Kingdom NEWS
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|  Canadian Institute for NDE (CINDE) and CANDU Owners Group (COG) Announce 2014 Conference Canadian Institute for NDE (CINDE) 27, Hamilton, ON, Canada NEWS
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|  CIVA Newsletter January 2014 EXTENDE 98, Massy, France NEWS
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|  The ICNDT Journal - Volume 8 Issue No. 12 International Committee for Non-Destructive Testing (ICNDT) 33, Northampton, United Kingdom NEWS
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| Paint Thickness Measurements on CFRP Automobile Parts R. Wohlleber1 2, J. Hinken2 54 1BMW AG 11, Munich, Germany 2Fachbereich Elektrotechnik; University of Applied Sciences Magdeburg Stendal (FH) 33, Magdeburg, Germany
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| The Use of X-ray Digital Radiography for Earthenware Inspection G. Suparta1 4 , A. Louk2, G. Wiguna1 1Department of Physics; Gadjah Mada University 4, Yogyakarta, Indonesia 2Department of Physics; Nusa Cendana University, Kupang, Indonesia Radiographic Testing (RT), ceramic, Digital Radiography, Non-destructive testing, structure, earthenware
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An x-ray digital radiography (DR) system has been developed at the Gadjah Mada University Indonesia for earthenware inspection.
The DR system was installed at the Handicraft Production Centre of Kasongan Village, District of Bantul, Yogyakarta Indonesia. It
comprised of a medical purpose x-ray generator (75 kV, 20 mA), an imaging plate from a fluorescence screen encapsulated in a dark tube,
a CCD camera that was coupled to the imaging plate, a video frame grabber to develop digital radiography image and a computer system
along with associate software specifically developed for DR purpose. Some handicraft samples have been tested using the system and
provided comparative benefits to the handicraft business. The image quality indicator shows that the system may be upgraded for advance
performance. Quality inspection through this nondestructive testing facility was proposed in order to minimize the rejected handicraft that
commonly occurred. This facility was expected to be used for raw handicraft examination prior to oven procedure.
| APCNDT 2013 Session: Digital Radiography | The Feasibility of Rayleigh Guided Wave Utilization for Remote Inspection of Hotspots in Bent Pipes T. Polom1, P. Rajagopal2 33, M. Haq1 2, L. Udpa1 17, K. Balasubramaniam2 114 1aNDE Laboratory bDepartment of Electrical and Computer Engineering; Michigan State University 28, East Lansing, MI, USA 2aDepartment of Mechanical Engineering and Centre for NDE bCentre for Non Destructive Evaluation and Department of Mechanical Engineering; Indian Institute of Technology Madras (IITM) 135, Chennai, India Hot bending of pipes, microcracks, Rayleigh waves, FE simulation
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Manufacturing processes such as hot bending can lead to micro-cracks and other surface defects in pipe structures and detecting them early is crucial for deployment of such structures as components in the power plant industry. Current Nondestructive Evaluation methods such as conventional bulk Ultrasonic Testing (UT), although effective, require that the pipes are cooled before inspection is carried out, leading to operation shut-down and thus online inspection tools are desirable. Ultrasonic guided waves can provide an attractive and cost-effective alternative in this context, as against custom-built specialized high-temperature UT probes. Guided waves can travel long distances in uncoated structures and thus regular probes can be deployed away from, and carry out rapid remote inspection of, the heated region. In the work reported here, experimental and numerical studies were conducted to evaluate the potential of Rayleigh waves (non-dispersive high-frequency guided surface waves) for the remote inspection of U-bent steel pipes with shallow surface defects. The bend region in the pipes, containing a rectangular notch-like defect is heated using a flash lamp. Experiments using a typical angle beam wedge transducer coupled to the pipe away from the heated zone show that the notch can be reliably detected for bend-region temperatures up to 1800 C. The curvature at the bend region does not seem to affect the results. Finite Element simulations are used to gain insight into the physics of the problem. Currently this method is being investigated for the inspection of bent pipes where the bend region may be heated to higher temperatures in the range of 5000 C.
| APCNDT 2013 Session: Poster | Structural Integrity Assessment of Aluminium Liquid Propellant Tanks During Proof Pressure Testing Using Acoustic Emission Technique B. Binu 6, K. Purushothaman 12, J. Philip 10, S. Pillai 6 Vikram Sarabhai Space Centre (VSSC) 58, Thiruvananthapuram /Trivandrum, India Acoustic Emission (AE), pressure test, realtime assessment, aluminium tank
| APCNDT 2013 Session: Acoustic Emission |
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