Papers
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Total Citations
15
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About
Dr. Jan-Philip Wenzl is a leading figure in advanced manufacturing, specializing in laser-based additive processes and their industrial automation. His core research focuses on the stability and control of robot-guided Laser Metal Deposition (LMD), a technology that enables the efficient, resource-friendly production of large, complex metal components. Wenzl’s seminal 2018 work, “Influences of process conditions on stability of sensor controlled robot-based laser metal deposition,” has garnered 15 citations and systematically identifies the critical parameters—from feed rate to thermal dynamics—that govern process reliability. By integrating sensor feedback for real-time control, he has pioneered methods to minimize post-processing time while ensuring high part quality. His contributions are pivotal for scaling LMD from lab to factory floor, reducing material waste and production costs in aerospace, tooling, and energy sectors. Wenzl’s work bridges the gap between robotic precision and metallurgical science, making him a key innovator in next-generation manufacturing. His research continues to shape how industries adopt adaptive, sensor-driven additive systems for demanding structural applications.
Research Focus
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Top Papers
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