H. R. Ghazvinloo
Papers
5
Total Citations
89
H-Index
4
About
H. R. Ghazvinloo is a materials and welding engineering researcher whose work focuses on optimizing robotic welding processes, weld quality characterization, and the mechanical performance of welded joints across a range of industrially significant materials. His most influential contribution, a 2010 study on robotic MIG welding of AA6061 aluminum alloy, has garnered 68 citations and remains a key reference for understanding how arc voltage, welding current, and welding speed collectively influence fatigue life, impact energy, and bead penetration — properties critical to aerospace and aircraft structural applications. This work helped establish quantitative relationships between process parameters and joint performance, offering practical guidance for automated welding systems. Ghazvinloo has also made meaningful contributions to the welding of high-strength HQ130 steel, investigating how electrode angle, filler diameter, and shielding gas selection affect weld bead geometry in robotic GMAW processes. More recently, his research has turned to CK45 carbon steel, examining both the microstructural characteristics and mechanical strength of weld metal, and the behavior of heat-affected zones under robotic GMAW conditions. Across his career, Ghazvinloo's work bridges fundamental metallurgy with applied welding engineering, providing researchers and industry practitioners with actionable insights into process optimization and structural integrity.
Research Focus
Key Achievements
Top Papers
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- 2
- 3Mechanical Strength of the Weld Metal in CK45 Carbon Steel5 citations · 2020
- 4Microstructure of the Weld Metal in CK45 Carbon Steel4 citations · 2019
- 5