Daniel-Alexander Tuerk

Papers

Total Citations

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About

Daniel-Alexander Tuerk is a researcher at the forefront of lightweight design innovation, specializing in the intersection of additive manufacturing (AM) and carbon-fibre-reinforced polymers (CFRP). His work explores how combining these advanced technologies unlocks new design potentials for highly integrated, efficient structures. In his most cited work, "Combining Additive Manufacturing with CFRP Composites: Design Potentials" (2015, 8 citations), Tuerk introduces two distinct design strategies that leverage AM’s geometric freedom to enhance CFRP’s structural performance. This foundational contribution demonstrates how hybrid manufacturing can overcome traditional limitations, enabling lighter, stronger components for aerospace, automotive, and other high-performance applications. While early in his citation impact, Tuerk’s research is pivotal for engineers seeking to push the boundaries of multi-material fabrication. His achievements include pioneering frameworks that guide the integration of polymer-based AM with continuous fibre reinforcement, a critical step toward sustainable, resource-efficient production. For students and researchers exploring the future of composites and digital manufacturing, Tuerk’s work offers a clear roadmap for harnessing synergy between materials and processes.