Imran Syakir Mohammad
Papers
1
Total Citations
2
H-Index
1
About
Imran Syakir Mohammad is a researcher specializing in welding process optimization, particularly in robotic CO₂ arc welding and the relationship between process control parameters and weld quality. His work focuses on understanding how direct welding variables—such as those influencing weld penetration—affect the structural integrity and stress-carrying capacity of weld joints. Mohammad’s most cited paper, "An Investigation on Relationship between Process Control Parameters and Weld Penetration for Robotic CO₂ Arc Welding using Factorial Design Approach" (2012, 2 citations), employs a factorial design methodology to systematically explore these parameter interactions. This contribution is notable for its practical application in manufacturing, offering insights that can enhance weld reliability and efficiency. While his citation count is modest, Mohammad’s research provides foundational knowledge for engineers seeking to improve robotic welding processes through data-driven parameter control. His work underscores the importance of precision in automated welding, contributing to advancements in industrial fabrication and quality assurance.
Research Focus
Key Achievements
Top Papers
- 1