Laser beam drilling (LBD) is a non-traditional machining process used to machine the
majority of engineering materials like alloys, super alloys, ceramics, and composites. Most …

Laser beam drilling (LBD) is the best alternative to the traditional drilling operation in KFRP
drilling due to reduced fiber delamination, burr formation, no tool wear and matrix cracking …

Laser beam drilling (LBD) is one of non contact type unconventional machining process that
are employed in machining of stiff and high-strength materials, high strength temperature …

Laser cutting is single of the furthermost extensively utilized thermal power process-based
non-contact types for cutting of materials, like titanium, stainless steel, aluminum and alloys …

Micro-machining of advanced engineering materials such as stainless steels, titanium
alloys, nickel alloys, and ceramics is a challenging task due to properties like high strength …

Precise holes in advanced difficult to cut nickel-based superalloys can be drilled with ease
by the method of fiber laser drilling. Laser trepanned drilling has become more acceptable …

Composite materials are well-recognised in the automobile and aerospace industries due to
their high strength-to-weight ratios. The orientation of fibres and anisotropic properties are …

Several industries developed their requirement for difficult to machine materials due to their
special properties, however, machining of difficult to cut material poses immense challenge …

Laser drilling has become an efficient method for precision drilling of versatile components.
This work compares two hybrid optimization approaches for the determining the optimum …

Micromachining by fiber laser ablation has been adopted to fabricate intricate micro/nano
features in diverse industries like medical, aviation, Micro-electromechanical systems and …