Mathematical Problems in Engineering / 2019 / Article / Tab 6 / Research Article
Fault Identification Method of Diesel Engine in Light of Pearson Correlation Coefficient Diagram and Orthogonal Vibration Signals Table 6 Identification rates in percent corresponding to Figure
5 .
Corresponding Figure Fault identification rate under different working conditions (%) Normal fuel supply Slight fuel leakage Severe fuel leakage Fuel cut-off Figure 5(a) 83.78 77.27 75 100 Figure 5(b) 56.76 22.73 65.63 80 Figure 5(c) 83.78 81.82 84.38 100 Figure 5(d) 91.89 86.36 96.88 100 Figure 5(e) 56.76 22.73 65.63 80 Figure 5(f) 91.89 86.36 93.75 100 Figure 5(g) 86.49 81.82 90.63 100 Figure 5(h) 91.89 95.45 96.88 100
Note: the data of the table in bold are the highest fault identification rate obtained under different working conditions when using different fault identification methods.