Zhenhua Ma
Papers
2
Total Citations
9
H-Index
2
About
Zhenhua Ma is a researcher focused on advanced manufacturing and surface engineering for aerospace applications. His work centers on the thermal dynamics of plasma spraying processes and the precision calibration of robotic grinding systems for aero-engine components. Ma’s most cited paper, “On the Heat-Transfer Effect of Spraying Speed During the Plasma Spraying on Turbine Blade” (2023, 7 citations), investigates how spraying velocity influences heat transfer and coating quality on turbine blades—a critical factor for improving durability and performance in jet engines. In his more recent work, “A non-contact calibration method of workpiece coordinate system for aero-engine blade-robotic grinding system” (2025, 2 citations), he addresses the challenge of mounting errors in robotic grinding by proposing a novel, non-contact calibration technique that enhances grinding precision without physical contact. This method directly compensates for pose errors, offering a practical solution for automated aerospace manufacturing. Though early in his career, Ma’s contributions are already shaping the efficiency and accuracy of surface treatment and machining processes for high-value engine parts, with potential applications in both production and repair workflows.
Research Focus
Key Achievements
Top Papers
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- 2