Surface integrity is considered to be a significant factor in evaluating surface qualities. A
wide range of applications of nickel-based superalloys can be attributed to a number of …

Single crystal Ni-based superalloys are often used to create gas turbine engine blades for
their high strength under intense thermo-mechanical loading. Though they are remarkably …

With the development of society and urbanization, higher requirements have been put
forward for the safety and seismic resistance of building structures. The fatigue strength and …

The present paper is aimed to experimentally investigate the influence of a plastic
deformation on both yield strength and torsional fatigue life of a CuZn40Pb2 leaded brass …

The bidirectional composite vibratory finishing (BCVF), which is a novel high efficiency
collaborative surface finishing technology of structure shape and surface integrity, is …

The high load with very low occurrence probability in the fatigue load spectrum may
introduce the favorable residual stress at the metal structure notch, so it is necessary to clip …

The effects of vibratory peening (VP), shot peening (SP), and SP followed by vibratory
finishing (SPVF) on the surface and fatigue properties of Ti‐6Al‐4 V were compared to …

Nickel-based superalloys used in the aerospace industry are regularly subjected to high
temperature and stress cycles. In order to extend component life, many components are …

Based on the analysis of the test data and Miner's rule, a combined high and low cycle
fatigue (CCF) life prediction model considering the loading interaction is established by …

Surface hardening procedures such as mechanical shot peening and deep cold rolling
introduce extensive surface cold work and compressive residual stress. While both methods …