Petri Kosonen

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About

Petri Kosonen is a researcher specializing in manufacturing engineering, with a particular focus on robotic machining and process modeling. His key research areas include static tool force modeling, industrial robotics, and precision milling of metals such as aluminum, bronze, and steel. Kosonen’s major contribution lies in the identification and estimation of static tool force models for robotic face milling, which enable accurate prediction of mean tool force components during machining operations. His most-cited work, "Identification of a static tool force model for robotic face milling" (2014), has garnered 12 citations and establishes process models that account for critical parameters like depth and width of cut, feedrate, and cutting speed. This research addresses the challenge of improving machining accuracy and stability in robotic systems, offering practical insights for industrial applications. By bridging the gap between theoretical modeling and real-world robotic milling, Kosonen’s work supports advancements in automated manufacturing, making it valuable for engineers and researchers seeking to optimize robotic machining processes for enhanced productivity and quality.