Advanced ceramics are widely used in high temperature and wear related situations due to
their unique physical and chemical characteristics. With the increasing demand for ceramics …

Build-up-edge (BUE), high-temperature machining and tool wear (TW) are some of the
problems associated with difficult-to-machine materials for high-temperature applications …

Machining performance of thin-walled components made by aeronautical difficult-to-process
materials is a significant issue in the aviation manufacturing industry. Although wire electric …

This work is devoted to researching the tool electrode behavior and wear under discharge
pulses at electrical discharge machining. The experiments were conducted on the …

The thermal deformation in the process of thin-walled metal fin processed by wire electrical
discharge machine (WEDM) is almost unavoidable, which restricts the application of wire …

When the traditional wire electrode is used in wire electrical discharge machining (WEDM),
the workpiece surface quality along thickness direction is always nonuniform which has a …

Frequent breakages of wire electrode during wire electric discharge machining (WEDM)
adversely affect the productivity and surface quality of the finished products. Uncontrolled …

Thin-walled structural parts, such as aeroengine casings, impellers, blades, and disks, are
widely used in the aerospace industry due to their outstanding performance. A more efficient …

This work studied microstructural evolution, precipitate behaviors, and micro-hardness
distribution along the built direction of directed energy deposited IN718 alloy. In combination …

In order to reduce process energy consumption and geometric error induced by thermal
deformation simultaneously in sustainable wire electrode discharge machining (WEDM) …