Electric pulse–assisted machining (EPAM) can improve the quality of the machined surface,
lower the machining stress on the material, and increase the material's machinability. It …

To investigate the electroplastic effect of Ti–6Al–2Zr–1Mo–1V alloy (TA15 alloy) at different
temperatures, the uniaxial tension tests assisted with the pulsed current and temperature …

Electromagnetic treatment (EMT) plays a critical role in the manipulation of microstructures
and properties in aluminum alloys. This study aims to investigate the impact of EMT on …

Abstract Post Forming Electro Plastic Effect (PFEPE) has been proposed as a promising
technology for mitigating forming forces and addressing springback challenges in the metal …

Hybrid composite materials can successfully solve the problems of reliability, durability, and
extended functionality of products, components, and details, which operate under conditions …

In the context of advocating energy conservation, it is crucial to promote lightweight
industrial products [1]. Aluminum alloy has become an essential material for lightweight and …

Electroplastic assisted process is a new machining technology, which can reduce the tensile
strength and spring back of materials and increase the formability and quality of the …

Tensile strain behavior accompanied by low and high duty cycle current The article is
related to the study of the manifestation of the athermal electroplastic effect in the form of …

In die designing, one of the most crucial decisions is selecting the appropriate die process
required to produce panels. The challenge for die designer is to comprehend the behaviour …

The phenomenon of electroplasticity during the electric-assisted deformation process has
sparked extensive discussions. However, there remains a lack of comprehensive …