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Showing 1 to 8 of 8 for “"toolpath generation"”.

  1. Automatic 5-axis NC toolpath generation

    Despite over a decade of research, automatic toolpath generation has remained an elusive goal for 5-axis NC machining. This thesis describes the theoretical and practical issues associated with generating collision free five-axis roughing and finishing toolpaths automatically from the CAD model of …

    mit Repository record for Automatic 5-axis NC toolpath generation (opens in a new tab)

  2. Breaking the Mold: Using Automated Design to Accelerate Composites Manufacturing

    … of lead time is the engineering design and toolpath generation for the molds used to manufacture the composite parts. This research seeks to automate mold design and toolpath generation, allowing CR to eliminate the labor bottleneck and establish short lead times as a competitive advantage. …

    mit Repository record for Breaking the Mold: Using Automated Design to Accelerate Composites Manufacturing (opens in a new tab)

  3. Integrated process planning for a hybrid manufacturing system

    … of the CAD model, improvement of the toolpath generation pattern, repairing strategies using a hybrid manufacturing system, etc., are discussed"--Abstract, page iv.

    must-thes Repository record for Integrated process planning for a hybrid manufacturing system (opens in a new tab)

  4. Improving the strength of fused filament fabrication parts by non-planar alignment of material extrusion wih stress vectors

    … methodology for stress-aligned, non-planar toolpath generation. Work begins with investigating non-planar layer effects on part properties, demonstrating improvements in ductility and toughness. Building on these findings, a robust non-planar planning method is developed, generating …

    uts Repository record for Improving the strength of fused filament fabrication parts by non-planar alignment of material extrusion wih stress vectors (opens in a new tab)

  5. Programmable Mud: 3D Printing earth to achieve low-carbon, low-cost construction automation

    … multi-objective optimization and material-aware toolpath generation to balance structural performance, thermal comfort, embodied carbon, and construction time. Four case studies validate this approach: (1) toolpath optimization for shell structures, (2) a hybrid floor system combining …

    mit Repository record for Programmable Mud: 3D Printing earth to achieve low-carbon, low-cost construction automation (opens in a new tab)

  6. Hierarchical volumetric object representations for digital fabrication workflows

    … inputs to a modular multimachine CAM workflow. Toolpath generation is implemented, characterized, and tested on a complex solid model. We conclude with a summary of results and recommendations for future research directions.

    mit Repository record for Hierarchical volumetric object representations for digital fabrication workflows (opens in a new tab)

  7. Craftsmanship and automation in flexible metal spinning

    … has not been automated yet. The design of toolpaths by trial and error results in waste of time and material; the complexity introduced by the additional rollers has not been addressed properly yet; and only axisymmetric parts have been made so far, so the range of application is limited. …

    cambridge Repository record for Craftsmanship and automation in flexible metal spinning (opens in a new tab)