Wolfram Volk

Fraunhofer Institute for Casting, Composite and Processing Technology IGCV, Technical University of Munich

Papers

Total Citations

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About

Wolfram Volk is a leading figure in manufacturing engineering, with a research focus on metal forming processes, foundry technology, and the automation of incremental forming methods. His work bridges the gap between traditional manual manufacturing and modern, scalable automation. Volk’s major contributions include developing a validated plane stress failure criterion for inorganically-bound core materials—a critical advancement that enables finite-element simulations for optimizing core geometries in foundries, directly impacting industrial efficiency and product quality. This work, his most cited paper (12 citations), addresses a long-standing gap in mechanical failure prediction. Additionally, Volk has pioneered the automation of driving, an incremental forming method, by standardizing and scaling manufacturing strategies through robot handling. His 2012 paper on this topic (7 citations) laid the groundwork for reducing manual intervention, while his 2014 study (6 citations) further explored component variation via automated driving. These achievements demonstrate Volk’s commitment to transforming labor-intensive processes into robust, scalable systems, making him a key contributor to the future of smart manufacturing and digitalized production workflows.