Papers
1
Total Citations
2
H-Index
1
About
Dr. M. Kavitha is a materials and manufacturing engineer whose research focuses on precision surface engineering and distortion control in high-performance automotive and robotic components. Her most cited work addresses a critical industrial challenge: maintaining dimensional stability in 20MnCr5 bevel gears during liquid nitriding. These gears, essential for smooth, backlash-free operation in robotic and automotive drivetrains, are extremely sensitive to thermal distortion. Kavitha’s research provides actionable insights into process parameters that minimize deformation, ensuring that these close-tolerance components retain their precision after heat treatment. With 2 citations on this specific study, her contributions are valued by engineers seeking to improve gear reliability and manufacturing yield. Her work bridges the gap between traditional case-hardening processes and modern precision engineering demands, directly supporting industries that require high-strength, dimensionally stable gears for smooth, trouble-free function. Kavitha’s expertise lies at the intersection of metallurgy, heat treatment, and quality control, making her a key resource for researchers and practitioners working to optimize nitriding processes for critical transmission components.
Research Focus
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Top Papers
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