| Document Date: 2012-02-26 18:04:14
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City Ithaca / / Company Emerald Group Publishing Limited / Nvidia / / Currency GBP / / Facility Cornell University / / IndustryTerm layered manufacturing / post-processing step / analog signal processing / steel voxels / Conventional 3D printing / bottom-up manufacturing / 3D electrical networks / laser printing / machinery / fused deposition modeling technology / manufacturing technology / large-scale digital manufacturing processes / structural applications / digital 3D printing / rapid prototyping technology / additive manufacturing / layered manufacturing processes / manufacturing tolerances / relaxation algorithm / Digital processing / 3D digital printing / economical manufacturing / rapid prototyping technologies / slower processing time / Potential applications / 3D printing / physical 3D voxel printing / printing / voxel manufacturing process / manufacturing errors / printing process / feedback systems / functional integrated systems / chemical and biological uses / digital manufacturing process / digital manufacturing / principle digital manufacturing / physical voxel-based manufacturing / power law / manufacturing / digital technologies / arbitrary 3D fluidic networks / Electrical networks / steel structure / digital signal processing / steel / / Organization Cornell University / Hod Lipson Cornell Computational Synthesis Lab / / Person Hod Lipson Cornell Computational / Jonathan Hiller / / / ProvinceOrState New York / / Technology DLP system / rapid prototyping technologies / lithography / microfluidics / photolithography / integrated circuits / laser / MEMS / tissue engineering / SLS technologies / fused deposition modeling technology / relaxation algorithm / simulation / rapid prototyping technology / DSP / CAD / / URL www.emeraldinsight.com/1355-2546.htm / /
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Design and analysis of digital materials for physical 3D voxel printing Jonathan Hiller and Hod Lipson Cornell Computational Synthesis Lab, Cornell University, Ithaca, New York, USA Abstract Purpose – Virtual voxels (3