David C. Fleming

Papers

Total Citations

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About

David C. Fleming is a leading figure in advanced manufacturing, whose work redefines the possibilities of 3D printing. His primary research focuses on fused deposition modeling (FDM) and the development of multi-axis printing platforms that move beyond traditional horizontal layering. Fleming’s most influential contribution is his pioneering study on multiplane FDM, which demonstrated that introducing vertical layering within a single print can significantly enhance the tensile strength of fabricated parts. This breakthrough challenges the conventional limitations of additive manufacturing, opening new avenues for producing stronger, more functional components. His foundational 2019 paper on this subject has garnered 28 citations, establishing a critical reference point for researchers exploring high-degree-of-freedom printing. By systematically analyzing the mechanical properties of these novel structures, Fleming has provided a clear, data-driven pathway for integrating multi-plane deposition into industrial applications. His work is essential reading for engineers and material scientists seeking to push the boundaries of 3D printing performance, making him a key innovator in the evolution of additive manufacturing technology.