With the increasing demands to generate complex parts on ever-more advanced, but difficult-
to-cut materials, a group of technologies, generically called High Energy Fluid Jet Machining …

Material erosion under a multiphase flow is a very complex process influenced by many
parameters. Understanding physical mechanisms and establishing governing laws for …

In computer-controlled optical surfacing (CCOS) techniques, the tool influence function (TIF)
is generally assumed to be time-invariant; thus, two-dimensional convolution can be …

The paper presents model predictions and experimental data related to the abrasive jet
micromachining of masked and unmasked channels in glass. The spatial and velocity …

Abrasive jet micro-machining (AJM) is a useful process for the fabrication of channels and
holes in micro-fluidic and microelectronic devices. The small scale of these features and the …

Abrasive slurry jet micro-machining (ASJM) uses a jet of abrasive slurry to erode features
with relatively high resolution without the need for a patterned mask. The present study …

The surface profile evolution model, which was initially developed for glass and polymers,
can accurately predict a channel profile cross-section produced by abrasive jet (AJ) …

It is notoriously well-known that abrasive waterjet milling (AWJM) is difficult to perform
controlled-depth owing to variable geometries of the footprints that depends not only on jet …

Controlled-depth abrasive waterjet machining (milling) is considered as a niche technology,
capable of generating complex geometries in any material regardless of its properties. The …

The fundamental erosion rate of polymethylmethacrylate (PMMA) was measured with a
stream of 25μm Al2O3 particles as a function of impact angle. The erosion rate was …