N.F. Edmondson

Papers

Total Citations

H-Index

About

N.F. Edmondson’s research centers on advancing flexible automation for assembly, with a particular focus on solving the critical challenge of parts feeding and precision mating. His major contribution lies in identifying and addressing the economic and technical limitations of traditional, dedicated feeding systems like vibratory bowl feeders. By proposing flexible parts feeding methods, he laid groundwork for more adaptable manufacturing cells that can handle varied component geometries without costly retooling. Complementing this, Edmondson developed a novel compliance device that combines passive and active compliance for close-tolerance assembly. This device, tested on an anthropomorphic robot, corrects angular and lateral misalignments between mating parts, preventing equipment damage during assembly operations. While his citation counts (19 and 7 for his most-cited works) reflect a focused, niche impact, his work is foundational for researchers in flexible manufacturing and robotic assembly. His achievements demonstrate a practical engineering approach to overcoming real-world barriers in automation, making his contributions valuable for students and engineers seeking to design more adaptable, cost-effective assembly systems.