Abrasive flow finishing (AFF) is an advanced nano-finishing process using abrasive-laden
self-deformable putty for finishing, deburring, radiusing, chamfering, stress-relieving, and …

The staircase/stair-stepping effect causes wrapping, shrinkage, and surface roughness in
additively manufactured (AM) parts. Consequently, abrasive flow finishing (AFF) or abrasive …

In electrochemical discharge machining (ECDM), the drilling of micro holes has been
established through two regimes (ie, discharge and hydrodynamic regimes). In discharge …

In this work, a vertical configuration of wire electrochemical discharge machining (W-ECDM)
process with textured wire surface was used to machine the micro-slits on glass. The effects …

Accuracy in manufacturing microchannels is important in order to achieve their intended
function. Smooth and high aspect ratio microchannels on silicon wafer substrate are needed …

Abrasive flow machining (AFM) processes are mainly used for deburring, polishing, and
radiusing of surfaces and edges utilizing a viscoelastic abrasive media. The cutting edges of …

One of the essential requirements for efficient performance and longer service life of
machined components is a good surface finish. Though there are other traditional finishing …

The finishing operation completes the manufacturing cycle of a component. Depending on
the level of finish (micro and nano) required on the component surface, different finishing …

The study aims to develop a novel, fly ash-ground tire rubber media for abrasive flow
finishing (AFF) applications by utilizing by-products or waste materials. The novel media was …

The paper describes a new finishing method–Microsphere Flow Burnishing (MFB). In terms
of its kinematic properties the process is similar to Abrasive Flow Machining (AFM) except …