Cutting or machining is a mechanical material removal process in which the cutting action is
performed by a tool with higher hardness than the workpiece material. In the simplest form of …

Thin-walled milled monolithic aluminum workpieces are common in the aerospace industry,
because of their advantages such as favorable material properties, established design …

In the aerospace industry, integrated aluminium alloy plates and stiffened panels with high
accuracy and performance attract significant interest. To manufacture these panels as …

Within the last century aluminum alloys have played a strategic role in the manufacturing
and development of lightweight aircraft structures. Years of continuous research has led to …

Tool wear and cutting parameters have a significant effect on the surface layer properties in
milling. Since the relation between tool wear, cutting parameters, and surface layer …

Use of magnesium is the need of the hour due to its low density as well as its high strength-
to-weight and stiffness-to-weight ratio etc. This study focuses on the effectiveness of liquid …

The challenging demand to achieve high quality of the manufactured components, has
resulted in development of precision machining processes, which serve as a good …

Machining-induced residual stresses (MIRS) are a main driver for distortion of thin-walled
monolithic aluminum workpieces. Before one can develop compensation techniques to …

Prediction and control of machining distortion is a primary concern when manufacturing
monolithic components due to the high scrap and rework costs involved. Bulk residual …

This work presents an experimental analysis related to 3D-printed carbon-fiber-reinforced-
polymer (CFRP) machining. A polyethylene-terephthalate-glycol (PETG)-based composite …