Hans De Baerdemaeker

Papers

Total Citations

173

H-Index

About

Hans De Baerdemaeker is a leading figure in manufacturing automation, with a career defined by bridging the gap between academic research and industrial application. His primary research areas include incremental sheet forming, robotic force control, and intelligent manufacturing systems. De Baerdemaeker’s most impactful contribution is his pioneering work on improving the Single Point Incremental Forming (SPIF) process through dynamic local heating. His seminal 2007 paper on this topic has garnered 133 citations, establishing a foundational technique for forming complex shapes with enhanced accuracy and reduced material stress. He further demonstrated his expertise in industrial robotics through a high-impact 2006 study on force control for high-power stub grinding and deburring. This work, resulting from a joint industry-academia project and cited 37 times, detailed the implementation of an external sensor system for high-bandwidth force control, directly solving a critical challenge in automated finishing. Earlier, De Baerdemaeker addressed the economic inefficiencies of robot programming for small-series machining by integrating CAD/CAM with a virtual environment to generate collision-free paths. His career reflects a commitment to making advanced manufacturing processes more flexible, precise, and commercially viable.