Per-Johan Wahlborg

Papers

Total Citations

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About

Per-Johan Wahlborg is a researcher whose work sits at the intersection of manufacturing automation and materials joining, with a particular focus on adhesive bonding for the automotive industry. His key research areas include process simulation, automatic path planning, and the optimization of joining techniques for lightweight multi-material structures. Wahlborg’s major contribution lies in developing novel frameworks that integrate simulation and path planning to automate adhesive joining processes—a critical step as automakers increasingly turn to adhesives to join dissimilar materials like aluminum, composites, and high-strength steel. His most cited work, “Process Simulation and Automatic Path Planning of Adhesive Joining” (2016, 13 citations), presents a pioneering approach to reducing cycle times while ensuring joint quality in automated production lines. Though his citation count is modest, the practical relevance of his research is underscored by its direct application in real-world manufacturing challenges, particularly in the ongoing push toward vehicle lightweighting. Wahlborg’s work is notable for bridging the gap between theoretical simulation and industrial implementation, offering engineers a systematic method for designing and programming adhesive joining cells. For students and researchers in production engineering, his research provides a clear example of how computational tools can solve complex, industry-driven problems in modern assembly.