... loading, which was applied to both smooth and notched specimens, previously published by the authors. The strain-based cumulative damage model, which has been proposed by D.L. DuQuesnay, is based on the growth and closure mechanisms of microcracks. It incorporates a parameter termed net effective strain...

... reaches around 10 μ m . Finally, cracklike cavities coalesce with each other to form one microcrack along a grain boundary. It can be concluded that cavity growth rates are controlled by diffusion and power law creep under constrained conditions, based on the theoretical consideration of cavity growth...

... address the issue of crack initiation with the use of postirradiation analysis. This article reports our results on the evaluation of the surface and interior cracks with optical, scanning laser, scanning electron, and scanning acoustic microscopy. We present images of surface and subsurface microcracks...

... of the gases and the thermo-mechanical stresses resulting from thermal flash. The application presented concerns the 120 mm gun barrel. crack-edge stress field analysis microcracks internal stresses thermomechanical treatment thermal stresses wear weapons plasticity surface cracks 06...

.... carbon steel alloy steel failure (mechanical) microcracks tensile strength inclusions pressure vessels hardening tempering Inclusion Flow Forming Microstructure Micro Cracks Pressure Vessel High strength thin wall tubes used for aerospace and armament applications have to meet...

... cracks microcracks ceramics pressure vessels In the last two decades, multiple cracks have been observed in various cases of aging aerospace and mechanical components. For example, cases of multi-site damage (MSD) are reported by Beissner et al. 1 on the tie-hole segment of a jet engine...