Daniel J. Marshall

Papers

Total Citations

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About

Daniel J. Marshall’s research sits at the intersection of structural optimisation and additive manufacturing (AM), with a focus on making high-strength, geometrically complex architectural structures reliably producible. His major contribution lies in developing fabrication-aware design methodologies that bridge the gap between theoretical structural performance and the practical limitations of AM processes, particularly robot-arm-based systems. By integrating structural optimisation with fabrication constraints, his work addresses a critical bottleneck: while AM can create intricate lattice geometries for superior strength-to-weight ratios, conventional layer-based methods often yield inconsistent mechanical properties. Marshall’s approach ensures that optimised designs are not only strong and stiff but also manufacturable with predictable performance. His most-cited paper (2018), with 19 citations, and a related work (11 citations) have laid foundational groundwork for end-use AM applications in architecture and engineering. This research is particularly notable for its focus on robot-arm AM, a technique that offers greater design freedom than traditional 3D printing. Marshall’s work is essential reading for researchers and students seeking to understand how to make advanced lattice structures both structurally optimal and practically realisable.