The efficiency of cutting machining methods is generally evaluated through many
parameters such as surface roughness, material removal rate, cutting force, etc. A machining …

Drilling carbon reinforced polymer composites (carbon fiber-reinforced polymers, CFRP)
and the hole quality produced are highly critical and significantly influence the performance …

This study proposes a pipeline, which is based on deep reinforcement learning, aims to
solve the multi-objective problem (MOP) on efficiency and quality in manufacturing. The …

In this investigation, the regression analysis together with the desirability function approach
was involved to optimize the resistance welding parameters for the high-strength steel HSLA …

In this present study, the effect of drilling parameters and carbide drill bits in drilling of Al
5083 H116 alloy was investigated. The drilling tests were carried out using various carbide …

In the process of metal cutting, the cutting performance of cutting tools varies with different
parameter combinations, so the results of the performance indicators studied are also …

Purpose This study aims to improve the mechanical properties of an object produced by
fused deposition modelling with high-grade polymer. Design/methodology/approach The …

This paper proposes a newly developed algorithm named the New Movement Strategy of
Cuckoo Search (NMS-CS), for solving the manufacturing optimization problem. Attainment of …

The research attempted to enrich the aluminium alloy (Al/Mg) nanocomposite with silicon
carbide (SiC). The ultrasonic assist stir cast established that the Al/Mgnanocomposite is …

In the process of milling titanium alloy, workpiece surface roughness is mainly affected by
cutting parameters, tool angle, tool shape and system vibration. There is a complex highly …