Aerospace and medical manufacturing fields develop rapidly benefiting from excellent
mechanical and physical properties of titanium and nickel alloys, including superior strength …

This chapter reviews the main difficulties impairing the machinability of titanium alloys. The
overview of machinability of titanium alloys is presented with respect to the following …

Abstract Dry machining of Ti-6Al-4V alloy was investigated using SNMA120408 grade
inserts. The material studied is designed for orthopedic applications. The effects of main …

In the present study, the effects of various cutting conditions on the surface integrity of
titanium parts (Ti6Al4V) have been investigated during the micromilling process. In addition …

Titanium (Ti) and its alloys are excellent contenders while selecting materials in aviation
industry. The aerospace industries around the globe are extensively using high-strength …

Successful automatic simulation of the resulting surface obtained by abrasive waterjet (AWJ)
milling is dependent on the ability to model the overlapped jet footprints. In this article an …

Ti-6Al-4V ELI (Grade 23) is highly recommended for bio-materials and due to its low thermal
conductivity and chemically reactive properties, machinability is poor. Thus the current work …

The effects of processing parameters and cryogenic treatment on cutting force and surface
roughness in the milling of Ti6AI4V alloy were investigated in this study. The effects of …

Various cutter strategies have been developed during milling freeform surface. Proper
selection of the cutter path orientation is extremely important in ensuring high productivity …

Flank wear progression and wear mechanisms of uncoated, coated with PVD applied single-
layer TiAlN, and CVD applied multi-layer MT-TiCN/Al 2 O 3/TiN cemented carbide inserts …