The cryo-treatment has already emerged as the sustainable manufacturing process of the
future generation. It is an effective process to improve the tool life in different manufacturing …

Magnesium composites are next-generation lightweight materials for aerospace and military
industries. However, the complex shape components of magnesium composites cannot be …

Magnesium alloys tend to have inflammable nature and chip self-ignition at high cutting
speeds under dry machining condition, although they can be easily machined with good …

To produce the lightweight material for the high payload with excellent strength in particular
for defense applications, reinforcements were introduced into the aluminum to form a hybrid …

The material having high strength to weight ratio is constantly in high demand for automotive
industries to increase fuel efficiency. With this view, AZ91/5SiC (an Mg-based Particulate …

Advanced machining techniques have been carried out in the manufacturing sector in order
to improve the quality of the product. Growing demand of materials on engineering …

The effect of the thermal energy generated during end milling on the surface profile and chip
morphology with a change in the spindle speed and feed rate is studied and reported. Steels …

Magnesium-based materials are the most sought-after metallic materials for weight saving
applications. Its low density (∼ 33% lighter than aluminum) makes it an ideal choice for …

In this study, WE43 alloy matrix composites, reinforced with 2.5, 5, 7.5, and 10 wt% B4C
particles have been produced by the stir casting technique at 750° C. Cast ingots of the …

Porous structures are useful elements in several applications, such as in tissue engineering
and in the refinement of optimized elements, with the benefit of offering minimum weight …