Arlindo Pascoal
Papers
2
Total Citations
10
H-Index
2
About
Arlindo Pascoal is a researcher specializing in robotized welding processes, with a particular focus on aluminum alloy fabrication and process optimization. His work centers on advancing Gas Metal Arc Welding (GMAW) techniques, including MIG and Cold Metal Transfer (CMT) technologies, applied to high-performance aluminum alloys such as the widely used 6082-T6 grade. Pascoal's most notable contributions involve the systematic optimization of welding parameters using robust experimental methodologies. His 2018 study employing the Taguchi method — specifically an L27 orthogonal array to evaluate 27 distinct parameter combinations in pulsed MIG welding — has garnered 7 citations, establishing it as a key reference for engineers seeking data-driven approaches to weld quality improvement. A complementary study comparing Standard MIG and CMT+P transfer modes further demonstrates his commitment to benchmarking emerging welding technologies against established practices, targeting critical weld geometry metrics such as penetration depth, cord width, and reinforcement. His research provides practical, quantifiable guidance for industrial robotized welding applications, making it particularly valuable for manufacturing engineers and researchers working to improve efficiency and structural integrity in aluminum fabrication. Pascoal's work collectively reflects a dedication to bridging experimental rigor with real-world welding challenges.
Research Focus
Key Achievements
Top Papers
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