Waterjet machining has attracted great attention in the conditions of hard-to-machine
materials, microstructures, or complicated industrial components, and it has become well …

超精密加工是获得高形状精度, 表面精度和表面完整性的必要手段. 随着对产品质量和多样化的
要求日益提高, 对超精密加工提出更多, 更高的要求. 超精密加工技术已成为包含当代最新科技 …

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 …

Machining with abrasives is a widely used process for producing intricate shapes on
components and artifacts and for providing precise tolerances that are required especially …

Layered composites are “difficult-to-machine” materials as it is inhomogeneous due to the
matrix properties, fibre orientation, and relative volume fraction of matrix. Abrasive waterjet …

The use of multi-axis waterjet machines as a manufacturing tool is rapidly increasing. A wide
range of materials can be machined ranging from carbon fibre composites on the latest …

Computational fluid dynamics (CFD) models for ultrahigh velocity waterjets and abrasive
waterjets (AWJs) are established using the Fluent6 flow solver. Jet dynamic characteristics …

Kerf taper is a special and undesirable geometrical feature inherent to abrasive waterjet
(AWJ) machining. In this study, an experimental investigation is carried out to minimise or …

A study of the depth of jet penetration (or depth of cut) in abrasive waterjet (AWJ) cutting of
alumina ceramics with controlled nozzle oscillation is presented and discussed. An …

Abrasive waterjets are widely used in the fields of civil and mechanical engineering for
cutting a great variety of hard materials including rocks, metals, and other materials. Cutting …