The selective laser melting process is recognized as a high-potential additive manufacturing
process for complex metallic parts. However, during manufacturing, the occurrence of …

The aerospace industry stands at the precipice of a digital revolution, with Industry 4.0 (I4. 0)
innovations poised to usher in transformative breakthroughs. These cutting-edge …

During the development process of new automobiles, manufacturers prioritize human safety
and convenience as their primary objectives. The design of an automobile's front bumper …

Superalloys are universally used in the extreme conditions such as high-temperature
oxidation, fatigue, creep, elevated temperatures, and wear. Generally, most of the gas …

The emergence of the fourth phase of industrial revolution has introduced significant
advancements in manufacturing technologies and automated friction stir welding has …

Abstract Robotic Arm 3D Printing (RA3DP), which combines the flexibility of 3D printing with
the accuracy of robotic arms, is a significant turning point in the history of manufacturing …

Solar power has gained immense popularity as environmental concerns and the limitations
of conventional energy sources continue to mount. This study focuses on evaluating the …

For bioimplant applications, conversion coatings significantly facilitate the enhancement of
magnesium (Mg) alloys' functionality. Chemical conversion coatings (CCCs) are the focus of …

This review explores surface coating techniques for magnesium (Mg) alloys, focusing on
their application in bioimplantation. The paper explains the different types of coatings using …

Electricity is used to charge the batteries of electric vehicles rather than fossil fuels like petrol
or diesel because of their superior efficiency and lesser power cost. The use of an electric …