Vic Beazel
Papers
1
Total Citations
2
H-Index
1
About
Vic Beazel’s research centers on precision motion control and the computational geometry of automated manufacturing, with a particular focus on bridging the gap between high-level path planning and low-level machine controller capabilities. His most cited work, “Inaccuracy compensation and piecewise circular approximation of parametric paths” (1993, 2 citations), tackles a fundamental challenge in robotics and CNC machining: the inherent inaccuracy that arises when complex, parametrically defined curves must be decomposed into the linear and circular arc segments that most controllers can execute. Beazel’s contribution lies in developing a systematic method for piecewise circular approximation that compensates for path deviation, effectively enabling more accurate reproduction of smooth, higher-order curves on standard industrial equipment. While his citation count is modest, this work addresses a persistent, practical bottleneck in automated tool path generation—a problem that remains relevant as manufacturing demands greater precision. Beazel’s research is notable for its focus on real-world implementation, offering a pragmatic solution that enhances the fidelity of robotic and machine tool movements without requiring specialized hardware.
Research Focus
Key Achievements
Top Papers
- 1