Abstract: A method of analyzing historic and current eddy current test probe data is disclosed. The method takes into account that the two data sets of data may not be an exact match in acquisition technique based on factors such as probe pull speed, direction, record leg or instrument configuration. The method includes the steps of aligning a first set of eddy current data to a second set of eddy current data based on prominent features found in both data sets; converting the first set of eddy current data to a modified first set of eddy current data to match the second set of operating conditions and; comparing the modified first set and the second set to find change over time.

Abstract: A system and method for precisely detecting tubing flaws using a computer architecture that combines scalable processing power with an extensible array of detection and classification possibilities involving eddy current data analysis, as well as detection algorithms for pinpointing exact tubing regions and wherein these regions can be further divided into manageable segments for flaw analysis. Multiple classification tools utilized to discriminate detection and to precisely assign proper report codes to detect flaws repeatedly and accurately.

Abstract: A system and method for precisely detecting tubing flaws using a computer architecture that combines scalable processing power with an extensible array of detection and classification possibilities involving eddy current data analysis, as well as detection algorithms for pinpointing exact tubing regions and wherein these regions can be further divided into manageable segments for flaw analysis. Multiple classification tools utilized to discriminate detection and to precisely assign proper report codes to detect flaws repeatedly and accurately.