P. Salini

Papers

Total Citations

H-Index

About

P. Salini is a researcher focused on optimizing industrial materials flow and assembly line efficiency, with a particular emphasis on the economic trade-offs between manual and automated systems. Her most cited work, "Economic comparison of manual and automation-assisted kitting systems" (2018, 12 citations), provides a rigorous cost-benefit analysis of parts kitting—a method that reduces workstation space and work-in-process inventory while supporting manual assembly. Salini’s research highlights how kitting simplifies material flow but often incurs high labor costs, and she systematically evaluates when automation can offset these expenses. By quantifying these dynamics, she offers practical guidance for manufacturers seeking to balance efficiency with investment. Her contributions are valuable for students and practitioners in industrial engineering, supply chain management, and lean manufacturing, as they bridge theoretical models with real-world operational decisions. Though her citation count is modest, her work addresses a critical niche in production logistics, demonstrating how targeted studies can inform industry practice. Salini’s research stands out for its clear economic framing, making complex trade-offs accessible to both academics and engineers.