D.B. Rogers
Papers
2
Total Citations
10
H-Index
2
About
D.B. Rogers is a pioneering researcher in robotic manufacturing and precision grinding processes, whose work has laid foundational insights for adaptive control in industrial automation. His research focuses on the optimization of robotic disk grinding, particularly in managing process variables such as force control, workpiece burn, and surface finish. Rogers’ major contributions include developing models for optimal planning of adaptively controlled grinding operations, which enhance both efficiency and quality in automated material removal. His 1993 paper on "Optimal planning of an adaptively controlled robotic disk grinding process" and his 1992 study on "Workpiece burn and surface finish during controlled force robotic disk grinding" each have garnered 5 citations, reflecting their targeted impact in specialized manufacturing and robotics communities. These works are notable for bridging theoretical control strategies with practical machining outcomes, addressing critical challenges like thermal damage and surface integrity. Rogers’ research remains relevant for engineers and researchers advancing smart manufacturing and robotic precision, offering early frameworks that continue to inform adaptive process control in modern industrial applications.
Research Focus
Key Achievements
Top Papers
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