Nonconventional machining processes like Electrochemical micromachining (ECMM)
provide better surface finish without thermal and mechanical defects on the workpiece …

This article on 'Micro-machining: An Overview (Part II)'is in continuation to 'Micro-machining:
An Overview (Part I)'published in this journal (Journal of Micromanufacturing). It consists of …

Titanium is widely used in biomedical components. As a promising advanced manufacturing
process, electropolishing (EP) has advantages in polishing the machined surfaces of …

This paper presents a novel and practically applicable method for a quick fabrication of
uniform surface patterns (periodic micro-pillars with rectangular and square cross-section) …

Counter-rotating electrochemical machining (CRECM) is an innovative ECM method that
can be used to manufacture revolving parts, especially thin-walled casings with complex …

Electrochemical turning (ECT) is similar to traditional turning operation, with an exception
that the tool and the workpiece (both electrically conducting) do not come into direct contact …

Metallic phononic crystals (PhCs) with characteristic length in micrometers can have
bandgaps in the MHz regime and are suitable as bulk and surface acoustic wave devices …

The main challenge in electrochemical machining (ECM) of titanium alloys is not processing
efficiency, but the difficulty in achieving high-quality machined surfaces. Titanium alloys are …

Selection of optimal pulsed voltage parameters such as waveform, pulse rise and fall time,
frequency, and duty ratio is very important to achieve the desired machining efficiency and …

Electrochemical micromachining refers an unconventional technology in the field of
machining. With this technology, the ultrashort pulse power supplies are extensively used to …