where expertise comes together - since 1996 -

The Largest Open Access Portal of Nondestructive Testing (NDT)

Conference Proceedings, Articles, News, Exhibition, Forum, Network and more

where expertise comes together
- since 1996 -
827 views
Career Discussions
Nguyen Trong My
Director,
Vietnam Inspection Solutions Co., Ltd, Vietnam, Joined May 2000, 22

Nguyen Trong My

Director,
Vietnam Inspection Solutions Co., Ltd,
Vietnam,
Joined May 2000
22
11:29 Feb-14-2011
Reference block for pipe longitudinal weld seam inspection with phased array UT

Dear All, I would appreciate if anyone advice which code and/or standard specify the requirements for reference block for pipe longitudinal weld seam inspection using phased array UT
Thank you
Nguyen Trong My

 
 Reply 
 
sadek997
NDT Inspector,
AR, Poland, Joined Feb 2011, 12

sadek997

NDT Inspector,
AR,
Poland,
Joined Feb 2011
12
20:39 Feb-14-2011
Re: Reference block for pipe longitudinal weld seam inspection with phased array UT
In Reply to Nguyen Trong My at 11:29 Feb-14-2011 (Opening).

European standards don't indicate any rules for reference blocks for phased array method. Actually the type of the reference block depends on what kind of flaws you wish to detect. If the diameter is large enough (EN 583-2 requirements for probe dimensions) and the thickness is equal/more than 8mm you can utilize reflectors used in standard manual UT such as 3mm diameter side drilled holes (used for DAC method). The only case is that you have to create DAC curves for angle beams that you use in the further examination i.e. 45 60, 70 [deg]. If you do it this way you will meet the reqiurements of the EN 583-2 and EN 1714 about the number of angles and you can replace the old manual UT with the phased array

All depends on the potential of your defectoscope (u may have a software that can provide DGS curves) and the application. If you seek for a particular type of flaw/imperfection it's better to use a reference block and reflectors simmilar to the expected defect. I'm not going to give you exact directions for the test block because it requires lots of calculations and the reference piece needs to fulfil the reqiurements of EN 583-2 (apendixes)
I hope that I helped a bit

 
 Reply 
 

Product Spotlight

IntraPhase Athena Phased Array System

The Athena Phased Array system, manufactured by WesDyne NDE Products & Technology, consists of a pha
...
sed array acquisition system and PC running IntraSpect software. A PC is used to perform acquisition, analysis and storage of the data. System hardware is capable of operating up to four data sets with any combination of phased array or conventional UT probes. NOW AVAILABLE IN 64-64 CONFIGURATION.
>

CIVA 2020 UT Module

CIVA NDE Simulation Software is the world leader of NDT Simulation. The UT simulation Module incl
...
udes: - "Beam computation": Beam propagation simulation - "Inspection Simulation": Beam interaction with flaws or specimens The user can simulate a whole inspection process (pulse echo, tandem or TOFD) with a wide range of probes (conventional, Phased- arrays or EMAT), components, and flaws.
>

NEW - TD Focus-ScanRX

The NEW Next Generation Advanced UT platform, TD Focus ScanRX - Also available as a card stack solut
...
ion. Key Improvements 1. Data acquisition is significantly faster than current design 2. Better aesthetic – closely aligns with HandyScan RX 3. Improved IP rating (Target IP66) 4. Ruggedized housing 5. Connectors are protected from impact and ingress 6. Integrated stand and separate retractable handle easy to keep clean) 7. Touchscreen with ruggedized display glass 8. 3-Axis encoder input
>

Research and Application Development For NDT

Acuren’s Research and Application Development specializes in the development of advanced ultraso
...
nic inspection techniques and systems for challenging inspection applications, with an emphasis on practical solutions which are field deployable. Services include manual and automated ultrasonic inspection system development, inspection technique optimization using laboratory scale studies and ultrasonic modeling (CIVA, BeamTool), preparing technical justification for technique evaluation and qualification (Probability of Detection and sizing accuracy studies), inspection/calibration/analysis procedure preparation to support field deployment of custom techniques, and development of custom imaging algorithms to support challenging inspection applications.
>

Share...
We use technical and analytics cookies to ensure that we will give you the best experience of our website - More Info
Accept
top
this is debug window