Ultrasonic Technique Development Using Software Tools

Modern ultrasonic application technique development now benefits from numerous software programs targeted at the zcxmodeling of the sound fields as they interact with the components’ physical properties in scaled 2D/3D models. The accommodation of the codes and standards that govern the technique content is a critical consideration for the development of the approach. Software is now affording excellent visualization and enhanced detail. This paper will convey several considerations that should be factored and will provide a foundation guide to help achieve consistency for the generation of ultrasonic techniques.

References
1. Ginzel, R., J. Buchholz, E. Ginzel, “Meeting the Difficulties of an ASME Calibration for Pipe Welds,” CINDE, Nov/Dec 2013 Vol. 34 NO. 6. Eclipse Scientific Products, Materials Research Institute, Waterloo Ontario, Canada. 2. Matheson, M. and R. Ginzel, “An Effective Use of Software for Project Management and Data Management,” NORSK FORENING FOR IKKE-DESTRUKTIV PRØVING, NORWEGIAN SOCIETY FOR NON-DESTRUCTIVE TESTING, NIVÅ 3-Seminar 25-26, November 2013 Clarion Hotel, Royal Christiania, Oslo. 3. 2010 ASME Boiler and Pressure Vessel Code (BPVC), Section V: Nondestructive Examination, Includes 2011 Addenda Reprint, STANDARD published 07/01/2010 by American Society of Mechanical Engineers.
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