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About

Friedrich Bleicher is an accomplished manufacturing engineer and researcher whose work spans advanced surface treatment technologies, digital manufacturing, and innovative forming processes. Based at the intersection of traditional machining and cutting-edge digital systems, Bleicher has made significant contributions to the understanding and application of machine hammer peening — a precision surface treatment technique that induces beneficial compressive residual stresses to enhance component performance. His 2012 paper elucidating the mechanisms behind this technology has garnered 88 citations, establishing him as a key authority in the field. Bleicher has since extended this work into robotics-based implementations, broadening the industrial applicability of hammer peening systems. Beyond surface engineering, Bleicher has demonstrated a forward-looking engagement with Industry 4.0 technologies, evidenced by his research into digital twin development using the ISO 23247 standard for flexible manufacturing cells — work already attracting notable attention since its 2023 publication. His portfolio also reflects expertise in thermoplastic forming processes, including the thermal behavior of semi-finished materials in robot-assisted bending, and increasingly in additive manufacturing simulation using directed energy deposition. Together, these contributions paint the picture of a versatile researcher consistently bridging fundamental manufacturing science with practical, next-generation industrial applications.