Fig. 1 Illustration of the slip oxidation mechanism More about this image found in Illustration of the slip oxidation mechanism

Fig. 2 Comparison between the SCC CGR data of Alloy 82 in BWR NWC condition at 288 °C and the calculation results. Plotted experimental data were from the literature [ 11 , 12 ]. More about this image found in Comparison between the SCC CGR data of Alloy 82 in BWR NWC condition at 288...

Fig. 3 Comparison between the results of the calculations using model Eq. (4) and those using the power law of K and the SCC CGR disposition curve proposed by EPRI [ 11 , 12 ] for SCC CGR of Alloy 82 in BWR NWC condition at 288 °C. More about this image found in Comparison between the results of the calculations using model Eq. (4) an...

Fig. 4 Comparison between the SCC CGR data of Alloy X-750 in BWR NWC condition at 288 °C and the calculation results. Plotted experimental data were from the literature [ 14 ]. More about this image found in Comparison between the SCC CGR data of Alloy X-750 in BWR NWC condition at ...

Fig. 5 Comparison between the results of the calculations using model Eq. (11) and the experimental data for 15% cold worked Type 316 L SSs in simulated BWR condition at 288 °C. Plotted experimental data were from the literature [ 16 ]. More about this image found in Comparison between the results of the calculations using model Eq. (11) a...

Fig. 6 Comparison of the calculation results obtained using model Eq. (11) and those obtained using the power law of K from the data with a yield stress σ y of 478 MPa for 15% cold worked Type 316 L SSs in simulated BWR condition. More about this image found in Comparison of the calculation results obtained using model Eq. (11) and t...

Fig. 7 Comparison between the calculation results obtained using model Eq. (11) with the experimental data [ 18 , 19 ]. σ y = 650 MPa was used for the calculation. More about this image found in Comparison between the calculation results obtained using model Eq. (11) ...

Fig. 8 Comparison between the calculation results obtained using model Eq. (11) for σ y  = 700 MPa with the normalized NWC data [ 21 ]. σ y = 700 MPa was used for the calculation. More about this image found in Comparison between the calculation results obtained using model Eq. (11) ...

Fig. 1 Coordinate system and symbols used for the stress field components (taken from Ref. [ 19 ]) More about this image found in Coordinate system and symbols used for the stress field components (taken f...

Fig. 2 Frost, Smith and Miller's diagram More about this image found in Frost, Smith and Miller's diagram

Fig. 3 Schematic illustration of three regions in Frost, Smith and Miller's diagram More about this image found in Schematic illustration of three regions in Frost, Smith and Miller's diagra...

Fig. 4 Variation of notch fracture toughness with notch radius (data from Gómez et al. [ 30 ]) More about this image found in Variation of notch fracture toughness with notch radius (data from Gómez et...

Fig. 5 Schematic illustration of calculating the SCFs by Lazzarin and Filippi formula More about this image found in Schematic illustration of calculating the SCFs by Lazzarin and Filippi form...

Fig. 6 A schematic illustration: the magnitude of the stress corresponding to the elastic strain e ε at a given load is equal to the magnitude of the stress according to the elastic–plastic analysis at the given load More about this image found in A schematic illustration: the magnitude of the stress corresponding to the ...