Franz Steiner

Papers

Total Citations

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About

Franz Steiner is a researcher in advanced manufacturing, with a primary focus on thermal forming processes and materials science. His work centers on understanding the interplay between temperature, material behavior, and process control in robotic and incremental forming techniques. Steiner’s major contribution lies in characterizing the emissivity factor of thermoplastic materials—a critical parameter for accurately monitoring and controlling temperature during robotic bending processes. This work has direct implications for improving the precision and quality of formed parts, particularly in industries requiring complex geometries and strict tolerances. His most-cited paper, "Emissivity Factor of Thermoplastic Materials for a Robot Bending Process" (2016, 9 citations), addresses the interdependence of temperature, spring-back, and morphological structure in thermal incremental forming, providing foundational knowledge for process optimization. Though his citation count is modest, Steiner’s research is notable for its practical application in manufacturing automation and its contribution to bridging materials science with robotic process control. His findings are valuable for engineers and researchers developing more efficient, accurate forming methods for semi-finished thermoplastic products.