In laser-assisted machining (LAM), the laser source is focused on the workpiece as a
thermal source and locally increases the workpiece temperature and makes the material soft …

Titanium alloys have numerous applications in the aerospace and medical industry due to
their high strength and low weight. In the manufacturing of aerospace parts, surface integrity …

Abstract This paper takes Ti-6Al-4V alloy as an example to carry out laser-assisted
machining experiment and simulation. It mainly studies the influence of laser power and …

Laser-assisted machining (LAM) has emerged as an effective process to facilitate the
machining of several difficult-to-cut materials, including ceramics, titanium alloys, and nickel …

Titanium alloys are well known for their excellent strength-to-weight ratio and corrosion
resistance and is highly sought after in the aerospace industry. This study focused on …

Abstract γ-TiAl alloy, as a typical difficult-to-cut material, is considered to have great potential
in aero-engine manufacturing. However, it is difficult to achieve high-quality processing of γ …

The current investigation evaluates laser assisted machining, which uses an external laser
beam to heat and soften the material to be machined locally in front of the cutting tool and …

Laser milling is a competent precision process especially when the work material is hard-to-
machine such as titanium alloys. While performing the laser milling, a slight change in one of …

Ti alloy has been widely applied in aerospace due to its high strength, good corrosion
resistance, and excellent high-temperature performances. The quality and usability of Ti …

The Machining of titanium alloys is challenging because of their high strength, low thermal
conductivity, high chemical reactivity, and high stresses at the cutting tool edges. Laser …