Tangming Zhang
Papers
3
Total Citations
63
H-Index
3
About
Tangming Zhang is a leading researcher in advanced robotic manufacturing, specializing in the precision machining of aerospace components. His work centers on robotic belt grinding and polishing techniques for blisks and additive-manufactured titanium alloy blades—critical parts in modern aviation engines. Zhang’s major contributions include developing a variable inclination angle force control method that achieves high surface integrity during blisk grinding, a breakthrough that has garnered 51 citations since 2023. He has also pioneered optimization strategies for robot belt grinding trajectories, addressing the challenge of non-uniform allowance distribution in additive blades, and has synthesized the field’s progress in a comprehensive review on robotic finishing of additive titanium alloy blades. With a growing citation record—including 9 and 3 citations for his 2024 works—Zhang’s research directly enhances machining accuracy and surface quality, reducing defects in high-value aerospace parts. His work is notable for bridging additive manufacturing and robotic finishing, offering practical solutions for industry. For students and researchers, Zhang’s contributions represent a vital step toward fully automated, high-precision manufacturing in aerospace.
Research Focus
Key Achievements
Top Papers
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