Daniel Kirkman
Papers
1
Total Citations
4
H-Index
1
About
Daniel Kirkman is a researcher whose work centers on advancing additive manufacturing (AM) through innovative toolpath strategies, particularly for topology-optimized components. His key contribution, detailed in his 2019 paper "Development of a Method of Additive Manufacturing by Material Extrusion Along Three-Dimensional Curves," proposes a novel alternative to conventional layer-based AM. Instead of stacking flat layers, Kirkman’s method extrudes material along three-dimensional curves, directly translating optimized designs into physical parts with potentially superior structural integrity and material efficiency. This approach addresses a critical limitation of traditional AM, which often struggles to faithfully reproduce the complex, organic geometries generated by topology optimization. While his most-cited work has garnered 4 citations, its conceptual significance lies in challenging the status quo of layer-by-layer fabrication, opening a pathway for more biomimetic and load-adapted manufacturing. Kirkman’s research sits at the intersection of design optimization and advanced fabrication, offering a glimpse into a future where parts are grown along stress paths rather than stacked in slices. For students and researchers exploring non-planar AM or the integration of design and manufacturing, Kirkman’s work provides a thought-provoking foundation for rethinking how we build complex geometries.
Research Focus
Key Achievements
Top Papers
- 1