Fatigue crack growth assessments in welded components including crack closure effects: Experiments and 3-D numerical modeling

(2018) conducted static bending and fatigue tests on a full-scale orthotropic steel deck (OSD) specimen to study the effect of the inner bulkhead set inside the U-rib. Results of

Residual data of FCGR models, 7475-T7351, 5% pre-strain; (a) generalized Collipriest model (GC), (b) generalized Priddle model (GP), (c) generalized NASGRO model (GN), and (d)

Keywords: Inconel alloy 600; Fatigue crack growth rate; Statistical modeling; Nonlinear regression; Model selection; Akaike information

Para os dois aços considerados, a pré-deformação e o tratamento térmico de “ bake hardening ” diminuem a resistência ao início de propagação de trinca por fadiga. O fenômeno

In this case, oxide-induced crack closure (Figure 7), roughness-induced crack closure (Figures 6 and 8) and crack deflection (Figure 6) are together the causes of 50%

1. Characteristics of fatigue crack growth in GFRP laminates. International Journal of Fatigue. Aymerich, F, Found MS. Response of notched carbon/PEEK and carbon/ epoxy

The aim of this work is to evaluate the applicability of the Wheeler and Willenborg models to predicting fatigue crack growth retardation in a flash welded structural steel

In this paper, the behavior of the crack growth, the fatigue life of U-shape specimens under different level of loadings and the determination of the sheet thickness on the