Evolution of surface topography in dependence on the grain orientation during surface thermal fatigue of polycrystalline copper

Influence of grain orientation on evolution of surface features in fatigued polycrystalline copper: A comparison of thermal and uniaxial mechanical fatigue results

“…As shown in [5], copper exhibits highly anisotropic elastic properties. A significant dependence of surface degradation on local orientation can be observed.…”

“…A significant dependence of surface degradation on local orientation can be observed. Two different fatigue experiments were presented in [5] and the results are discussed. Cycle numbers are significantly extended by introducing an additional fatigue technique, the ultra sound (US) swinger.…”

“…Cycle numbers are significantly extended by introducing an additional fatigue technique, the ultra sound (US) swinger. Results will be discussed and compared to [5].…”

Microtexture based analysis of surface asperity flattening behavior of annealed aluminum alloy in uniaxial planar compression

“…This observation confirms the prediction of Hill [24] and Asaro [25] that the shear banding develops according to the instability in the macroscopic constitutive description of the inelastic deformation of hardening material. By using a different experimental method, Aicheler et al [26] also found that on the top surface of RFF Fig. 6c shows a few twinned area (60<111> 3 twin) of the same sample under a reduction of 60 %.…”

Experimental study of rf pulsed heating

“…same pulsed heating temperature) around the pulsed heating ring. It is shown in [19] that the surface degradation, arising from pulsed heating, is dependent on the crystallographic orientation of the grains with respect to the surface. One of the copper samples was analyzed using electron backscattered diffraction (EBSD).…”