Laser beam machining (LBM) as an efficient tool for material removal has attracted the
attention of manufacturing industries. Accordingly, there is a great motivation in the modeling …

This study investigates the influence of the stand-off distance (SoD), laser speed (LS) and
laser power (LP) on kerf geometry (upper width Wu, down width Wd and kerf angle KA) and …

Abstract The Feed-Forward and Backpropagation Artificial Neural Networks (FFBP-ANN) are
generally employed for cut surfaces quality characteristics predictions. However, the …

Composite materials are nowadays having gained a lot of interest. Through numerous
studies, the damage to glass fibre-reinforced polymer (GFRP) composites increased, while …

In this experimental study, the effects of major laser process control parameters, such as the
laser power, beam scanning speed and assisting gas flow rate, on cut surface integrity …

The shortage of high-temperature memory retaining characteristics of regular NiTi smart
alloy (SMA) is compensated by adding Cu and Zr as alloying elements. One of the effective …

The prime objective of this article is to obtain maximum weld seam positional accuracy and
weld quality with varying weld gap values over weld cycles in laser and vision-sensor …

Adding alloying elements like copper (Cu) and zirconium (Zr) to binary NiTi shape memory
alloys (NiTiCuZr SMA) raises the martensitic transition temperatures and functional fatigue …

Cutting characteristics such as heat affected zone (HAZ), top and bottom kerf widths, ratio of
top kerf width to bottom kerf width, and dross height are so reliant on process condition in the …

Duplex stainless steel (DSS) is hard to machine by conventional methods due to its high
strength combined with superior plasticity. The microdomain application of laser cutting is …