Field driven engineering: Improving design and manufacturing interconnectivity
Additive Manufacturing (AM) provides a selection of new opportunities for designers; however, the current design and manufacturing workflow is still limited. Data conversion, file size, and discretization are among the factors that restrict the full potential of AM. This positional paper aims to ove...
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2022
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rr-article-213698522022-10-24T10:38:15Z Field driven engineering: Improving design and manufacturing interconnectivity Stuart Watt (7193906) Andrew Triantaphyllou (13987023) Patrick Pradel (1384722) Sandeep Samanthula (13987026) Ollie Hartfield (13987029) Design for Additive Manufacturing Design Manufacturing Workflow CAD CAM <p>Additive Manufacturing (AM) provides a selection of new opportunities for designers; however, the current design and manufacturing workflow is still limited. Data conversion, file size, and discretization are among the factors that restrict the full potential of AM. This positional paper aims to overcome these limitations by proposing a new design and manufacturing workflow based on Fields and Implicit Modelling. The workflow is influenced by new developments in commercial computer-aided design software, and it speculates on how these developments can be expanded to benefit the overall design and manufacturing process. Finally, the paper presents advantages, current limitations, and future research directions for the implementation of Fields and Implicit Modelling in design and engineering.</p> 2022-10-24T10:38:15Z Text Conference contribution 2134/21369852.v1 https://figshare.com/articles/conference_contribution/Field_driven_engineering_Improving_design_and_manufacturing_interconnectivity/21369852 All Rights Reserved |
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Loughborough University |
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Design for Additive Manufacturing Design Manufacturing Workflow CAD CAM |
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Design for Additive Manufacturing Design Manufacturing Workflow CAD CAM Stuart Watt Andrew Triantaphyllou Patrick Pradel Sandeep Samanthula Ollie Hartfield Field driven engineering: Improving design and manufacturing interconnectivity |
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Additive Manufacturing (AM) provides a selection of new opportunities for designers; however, the current design and manufacturing workflow is still limited. Data conversion, file size, and discretization are among the factors that restrict the full potential of AM. This positional paper aims to overcome these limitations by proposing a new design and manufacturing workflow based on Fields and Implicit Modelling. The workflow is influenced by new developments in commercial computer-aided design software, and it speculates on how these developments can be expanded to benefit the overall design and manufacturing process. Finally, the paper presents advantages, current limitations, and future research directions for the implementation of Fields and Implicit Modelling in design and engineering. |
format |
Default Conference proceeding |
author |
Stuart Watt Andrew Triantaphyllou Patrick Pradel Sandeep Samanthula Ollie Hartfield |
author_facet |
Stuart Watt Andrew Triantaphyllou Patrick Pradel Sandeep Samanthula Ollie Hartfield |
author_sort |
Stuart Watt (7193906) |
title |
Field driven engineering: Improving design and manufacturing interconnectivity |
title_short |
Field driven engineering: Improving design and manufacturing interconnectivity |
title_full |
Field driven engineering: Improving design and manufacturing interconnectivity |
title_fullStr |
Field driven engineering: Improving design and manufacturing interconnectivity |
title_full_unstemmed |
Field driven engineering: Improving design and manufacturing interconnectivity |
title_sort |
field driven engineering: improving design and manufacturing interconnectivity |
publishDate |
2022 |
url |
https://hdl.handle.net/2134/21369852.v1 |
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1799178748783755264 |