The requirement to fabricate the micro features in difficult-to-machine materials has
increased the demand for new micro-machining processes. Over the years, various micro …

Amused with the blissful benefits of micro-textures, researchers consider it a promising
option for improving cutting tool performance, especially during machining superalloys …

Micro-featured devices (made of glass and its composites) are becoming increasingly
necessary for Micro Electro-Mechanical Systems (MEMS) and healthcare devices with the …

The current work was undertaken with the research aim of experimental examination of tool
wear, surface roughness and burr formation during the micro-milling of Inconel 718 using …

This study investigates the design, simulation and fabrication of micro-dimple and micro-
channel texture geometries and the effect of laser parameters and hatch patterns on its …

Blades made from Inconel 718 (IN718) are generally machined using electrochemical
machining (ECM), and the high-cycle fatigue (HCF) of such blades significantly impacts the …

Magnetic field-assisted electrochemical spark drilling (MA-ECSD) is a cost-effective triplex
hybrid machining technique that has been developed to enhance the machining depth and …

Microstructure fabrication and chemical surface functionalization with low-surface-energy
materials are the key steps to achieve hydrophobic surfaces with high water droplet contact …

The development of wire electrochemical spark machining setup is always challenging in
the form of industrial viable for machining advanced engineering materials such as polymer …

The unique material properties of Nitinol have led to its extensive use in the biomedical field
and microdevices. However, the machining of Nitinol remains a challenge due to its …