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Filtering by: Creator Omi, Steven Katsu Remove constraint Creator: Omi, Steven Katsu Academic Affiliation Mechanical, Industrial, and Manufacturing Engineering Remove constraint Academic Affiliation: Mechanical, Industrial, and Manufacturing Engineering Decade 2010-2019 Remove constraint Decade: 2010-2019

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  • Automated Rapid Manufacturing Feedback for Design Considering Advanced Joining Processes

    Creator:
    Chan, Rothanak
    Abstract:
    As manufacturing advancements continue to develop, designers must be able to consider these technologies during the design process. Unfortunately, many of these new technologies, such as additive and advanced joining, have many nuances that require expert knowledge to effectively apply. Additionally, new design techniques, such as topology optimization, allow users...
    Resource Type:
    Masters Thesis
    Full Text:
    and the Oregon Metals Initiative (OMI) for their financial support. Views expressed in this thesis

  • Dividing Complex Parts into Multiple Pieces for Advanced Joining and Additive Manufacturing

    Creator:
    Massoni, Brandon R.
    Abstract:
    Poor material utilization is inherent to conventional manufacturing processes, leading to high material waste and machining times. Additive manufacturing processes attempt to solve this issue by allowing production of near-net shapes, but the processes may be too expensive or infeasible. By leveraging both processes in a single part, the waste...
    Resource Type:
    Masters Thesis
    Full Text:
    of, Prof. Karl Haapala, Prof. David Kim, Harsha Malshe, Steven Lindberg, Ryan Allen, and Rothanak

  • A Techno-Economic Assessment Methodology for Advanced Additive and Joining Processes

    Creator:
    Malshe, Harsha A.
    Abstract:
    Integrated manufacturing systems, a combination of subtractive, additive, and joining processes, provide a competitive advantage for manufacturing organizations. As product designs become more complex and capital more scarce, an ideal combination of advanced manufacturing technologies (e.g., powder bed fusion or friction welding), in tandem with traditional subtractive manufacturing systems, can...
    Resource Type:
    Masters Thesis
    Full Text:
    team, consisting of Prof. Matthew Cambell, Brandon Massoni, Steven Lindberg, Rothanak Chan, and Ryan

  • Automated decomposition of complex parts for manufacturing with advanced joining processes

    Creator:
    Massoni, Brandon R.
    Abstract:
    Recent advancements in joining operations and additive manufacturing now allow complex metal parts to be built up from raw materials, as opposed to being machined down from solid blocks. This not only opens up the design space, but also allows for much more efficient manufacturing. By decomposing a complex part...
    Resource Type:
    Dissertation
    Full Text:
    Prof. Karl Haapala, Prof. David Kim, Rothanak Chan, Harsha Malshe, Steven Lindberg, Ryan Allen, and