Joseph M. Schimmels
Papers
12
Total Citations
143
H-Index
9
About
Joseph M. Schimmels is a leading researcher in robotic manipulation, specializing in passive compliance control, force-guided assembly, and constrained robotic positioning. His major contributions center on developing methodologies that enable robots to perform precise tasks—such as assembly and deburring—despite positioning uncertainties, by leveraging carefully designed compliance and constraint. His seminal 2002 work on synthesizing nondiagonal accommodation matrices for error-corrective assembly (31 citations) provides a foundational framework for using contact forces to guide parts into proper alignment. Schimmels has also advanced the field of variable stiffness actuation, notably through the Arched Flexure VSA (10 citations), which allows real-time stiffness adjustment for safer, more adaptable constrained manipulation. His research on efficient contact state graph generation (13 citations) has streamlined the design of automated assembly strategies. With over 130 total citations across his most-cited papers, Schimmels’ work has had lasting impact on both industrial robotics and academic research, bridging theory and practical application to improve robotic performance in contact-rich environments.
Research Focus
Key Achievements
Top Papers
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- 2Passive Compliance Control of Redundant Serial Manipulators20 citations · 2018
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- 4Efficient contact state graph generation for assembly applications13 citations · 2004
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