Timothy Slininger
Papers
2
Total Citations
4
H-Index
2
About
Timothy Slininger is a researcher focused on the design and control of advanced permanent magnet synchronous motors (PMSMs) for high-performance servo applications. His work centers on flux weakening surface mounted permanent magnet synchronous motors (FW-SPMSMs), which are critical for automation, industrial robots, and precise motion control. Slininger’s major contributions include investigating rotor geometry—specifically symmetric versus asymmetric designs—to enhance self-sensing capabilities and power conversion efficiency in servo motors. By optimizing these motors for high peak torque and acceleration rates, his research addresses key challenges in achieving both dynamic performance and reliable sensorless control. Though his most-cited papers from 2019 have garnered modest attention with 2 citations each, they lay foundational groundwork for improving the integration of self-sensing properties in flux weakening regimes. This work is particularly relevant for engineers seeking to reduce reliance on physical sensors in compact, high-torque servo systems. Slininger’s focus on practical design trade-offs offers valuable insights for advancing next-generation robotic and automation technologies.
Research Focus
Key Achievements
Top Papers
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- 2