β Scribed by D.W. Hoeppner; G.C. Salivar
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
A method based on the orthotropic elastic finite element analysis (FEA) has been presented to analyze the fatigue life of cooled turbine blades made of nickel-based single crystal superalloy (SC). Special attention was put on the influence of the crystallographic orientations on the strength and fat
Softening experiments were performed with cold-rolled single crystals with initial orientations near ( 001), ( 111) and ( 123) and a drawn polycrystal. The change in microstructure and flow stress decrease caused by cyclic deformation (%= +\_1 x lO-:; N= 50) is investigated. The dislocation rearrang
The onset of strain localization in a copper single crystal, oriented for single slip, and cycled at a constant plastic strain amplitude corresponding to the low end of the plateau in the cyclic stress-strain curve, has been explored by inteferometry and analysis of hysteresis loops. Current methods