A method of non-destructively assessing a current condition of a number of tubes of a steam generator of a nuclear power plant, the method comprising: (a) establishing a model of the steam generator that comprises a set of baseline parameters for each of a plurality of exemplary regions of interest (ROIs) of a number of the tubes of the steam generator; (b) extracting a signal from each of a number of physical ROIs of a number of the tubes; (c) comparing the signal from a given physical ROI of a tube with the set of baseline parameters of the corresponding exemplary ROI of the model; (d) triggering additional processing when at least a portion of the signal from the given physical ROI exceeds at least a portion of the set of baseline parameters of the corresponding exemplary ROI; (e) employing a primary automated analysis code for conducting steps (a) through (d); (f) generating a first set of results based on the primary automated analysis code; (g) employing a different secondary automated analysis code for conducting steps (a) through (d); (h) generating a second set of results based on the different secondary automated analysis code; (i) resolving the first set of results and the second set of results, comprising: comparing the signal entries in the first set of results and the second set of results; identifying one or more duplicate signal entries between the first set of results and the second set of results by determining that a difference between common signal entries of the first set of results and the second set of results is less than a user defined tolerance; selecting a single retained signal for each of the duplicate signal entries of step, wherein the single retained signal comprises the most severe of the common signal entries; identifying one or more signal entries that appear in only one of the first set of results or the second set of results; and (j) producing a single resolution report including output from each of the first set of results and the second set of results generated by the primary automated analysis code and the different secondary automated analysis code, respectively, in the absence of duplicate entries. (a) establishing a model of the steam generator that comprises a set of baseline parameters for each of a plurality of exemplary regions of interest (ROIs) of a number of the tubes of the steam generator; (b) extracting a signal from each of a number of physical ROIs of a number of the tubes; (c) comparing the signal from a given physical ROI of a tube with the set of baseline parameters of the corresponding exemplary ROI of the model; (d) triggering additional processing when at least a portion of the signal from the given physical ROI exceeds at least a portion of the set of baseline parameters of the corresponding exemplary ROI; (e) employing a primary automated analysis code for conducting steps (a) through (d); (f) generating a first set of results based on the primary automated analysis code; (g) employing a different secondary automated analysis code for conducting steps (a) through (d); (h) generating a second set of results based on the different secondary automated analysis code; (i) resolving the first set of results and the second set of results, comprising: comparing the signal entries in the first set of results and the second set of results; identifying one or more duplicate signal entries between the first set of results and the second set of results by determining that a difference between common signal entries of the first set of results and the second set of results is less than a user defined tolerance; selecting a single retained signal for each of the duplicate signal entries of step, wherein the single retained signal comprises the most severe of the common signal entries; identifying one or more signal entries that appear in only one of the first set of results or the second set of results; and comparing the signal entries in the first set of results and the second set of results; identifying one or more duplicate signal entries between the first set of results and the second set of results by determining that a difference between common signal entries of the first set of results and the second set of results is less than a user defined tolerance; selecting a single retained signal for each of the duplicate signal entries of step, wherein the single retained signal comprises the most severe of the common signal entries; identifying one or more signal entries that appear in only one of the first set of results or the second set of results; and (j) producing a single resolution report including output from each of the first set of results and the second set of results generated by the primary automated analysis code and the different secondary automated analysis code, respectively, in the absence of duplicate entries.