The technology of high-density electropulsing has been applied to increase the performance
of metallic materials since the 1990s and has shown significant advantages over traditional …

In order to fabricate barium titanate (BaTiO 3) particles with high purity, small particle size
and narrow distribution of particle size, the synthesis methods and doping elements should …

The research about repair of metal cracks plays an important role in promoting the
development of remanufacturing engineering. Crack in the SUS304 stainless steel was …

This study aims to demonstrate the use of a novel treatment approach for fatigue crack
healing. High-density pulsed electric currents, which have been widely used for fatigue …

This study aims to the fatigue crack healing in a steel specimen by the application of pulsed
electric current. The initial crack in the specimen is introduced by means of notch fatigue test …

The effects of electropulsing on the fatigue resistance of aluminium alloy 2014-T6 were
studied in relation to electric current amplitude, pulse duration, and number of repetitions …

A review of studies on the electroplastic effect on the deformation process in various
conductive materials and alloys for the last decade has been carried out. Aspects, such as …

Natural materials such as bone and insect cuticle are capable of self‐repair, a facility that
greatly increases their durability and safe working stress. Some engineering materials have …

The fatigue crack propagation behavior is a key issue for the service of engineering
materials. The effect of electropulsing treatment (EPT) on the growth of fatigue crack in a …

The electroplastic effect leads to an increase in the plasticity of the material and a decrease
in resistance to deformation. In recent years, the electroplastic effect has achieved …