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Review Article

Fatigue damage criteria classification, modelling developments and trends for welded joints in marine structures

Pages 787-808 | Received 20 Dec 2017, Accepted 26 Mar 2018, Published online: 29 May 2018

Figures & data

Figure 1. Four interacting fatigue resistance dimensions.

Figure 1. Four interacting fatigue resistance dimensions.

Figure 2. Fatigue physics range of scales.

Figure 2. Fatigue physics range of scales.

Figure 3. Fatigue damage process.

Figure 3. Fatigue damage process.

Figure 4. Fatigue damage criterion overview.

Figure 4. Fatigue damage criterion overview.

Figure 5. Welded joint normal force and bending moment induced stress distributions.

Figure 5. Welded joint normal force and bending moment induced stress distributions.

Figure 6. Weld notch process zones.

Figure 6. Weld notch process zones.

Figure 7. Anomalous short crack growth at notches.

Figure 7. Anomalous short crack growth at notches.

Figure 8. Welded joint fatigue strength similarity.

Figure 8. Welded joint fatigue strength similarity.

Figure 9. Fatigue damage criterion developments and trends aiming for similarity.

Figure 9. Fatigue damage criterion developments and trends aiming for similarity.

Figure 10. Typical fatigue damage criterion accuracy, complexity and effort relation.

Figure 10. Typical fatigue damage criterion accuracy, complexity and effort relation.