Selection of machining parameter combinations for obtaining optimum circularity at entry
and exit and hole taper is a challenging task in laser microdrilling owing to the presence of a …

Laser drilling is a preferable method in drilling micro and slender holes because of its non-
physical contact between the tool and the workpiece leading to elimination of the problems …

Finding process parameters for laser-drilled blind holes often relies on an engineer's
experience and the trial-and-error method. However, determining such parameters should …

This paper deals on artificial intelligence (AI) application for the estimation of kerf geometry
and hole diameters for laser micro-cutting and laser micro-drilling operations. To this aim …

This study investigates the effect of five parameters on circularity and taper of drilled holes in
pulsed Nd: YAG laser microdrilling process. The effect of various process parameters like …

In micro-manufacturing, circularity of a drilled hole at entry and exit are important attributes
which greatly influence the quality of a drilled hole. This study investigates the effect of five …

Micro-drilling using lasers finds widespread industrial applications in aerospace,
automobile, and bio-medical sectors for obtaining holes of precise geometric quality with …

In this study, modeling of the surface roughness (Ra) with artificial neural networks (ANN) in
drilling the desired diameter of Ti6Al4V alloy produced by Selective Laser Melting (SLM) …

Pulsed Nd: YAG laser has high intensity and high quality beam characteristics, which can be
used to produce micro-grooves and micro-turning surface on advanced engineering …

In the present research, laser micro machining (LMM) of tungsten-molybdenum general
purpose high speed steel (Rex M2) has been studied. Selection of optimum machining …