Dissimilar metal welded structures (DMWs) used extensively in conventional and nuclear
power plants can suffer from in-service failures at the dissimilar interface with a much …

Dissimilar metal welded structures (DMWs) have been used extensively in conventional and
nuclear power generation plants. Evaluation of creep rupture properties of DMWs is critical …

Assessment of Type IV creep damage in pipe welds is important for residual life prediction of
fossil power plants. Actual creep damage is firstly microscopic, such as the initiation and …

Utilising the random-fracture-resistance model of grain boundaries, micro-macro combined
creep damage simulation was applied to the prediction of the distribution of small defects in …

Cracks are popular defects initiated in structural components and their accurate evaluation
is very important to assure the reliability of various plants. The direct-current electrical …

We present the first experimental results of a photonic crystal (PC) structure-mediated
charged particle beam velocity modulation and energy exchange. Our structure was based …

From the standpoint of evaluating Type IV creep damage in the fine-grained heat affected
zones (FGHAZ) of welded joints, an analysis method combining continuum damage …

This paper presents a review of creep cavitation and rupture of low Cr alloy and its
weldment, particular in the heat-affected zone (HAZ). Creep damage is one of the serious …

Tensile and creep properties were investigated of 2 1/4 Cr–1Mo steel (A335 P22) taken from
a main steam pipe operated for 300,000 hours for examining the effect of long-term …

This paper presents a review of creep deformation and rupture mechanisms of low Cr-Mo
alloy for the development of its creep damage constitutive equations under lower stress. The …