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Showing 1 to 7 of 7 for “"Advanced/additive manufacturing"”.

  1. Additive manufacturing of triply periodic minimal surface informed load bearing stiffness matched tibial bone scaffold

    … mechanical support. The research employs advanced additive manufacturing techniques, specifically Laser Powder Bed Fusion (L-PBF), to produce complex TPMS geometries with precise control over porosity and mechanical properties. The surrogate model developed in this thesis can be …

    wlv Repository record for Additive manufacturing of triply periodic minimal surface informed load bearing stiffness matched tibial bone scaffold (opens in a new tab)

  2. Levelized Cost of Fuel (LCOF) studies for microreactors using TRISO fuel in hydride and beryllium-based composite moderators in open and closed fuel cycles

    … usage and increases burnup, thus making advanced moderator options more competitive. Adopting a continuous-recycle strategy replaces enrichment with reprocessing and can further lower fuel-cycle costs by roughly 30%. Coupling a sodium-cooled fast reactor (SFR) to supply transuranic’s …

    mit Repository record for Levelized Cost of Fuel (LCOF) studies for microreactors using TRISO fuel in hydride and beryllium-based composite moderators in open and closed fuel cycles (opens in a new tab)

  3. Advanced Manufacturing of Microengineered Ionic Polymer Metal Composites for Enhanced Sensing Capabilities

    … electrical output. In this thesis, two advanced additive manufacturing-based approaches for the fabrication of engineered Ionic Polymer Metal Composite (eIPMC) sensors are investigated. The development of an engineered polymer-metal electrode interface with 3D inkjet-printed and …

    unr Repository record for Advanced Manufacturing of Microengineered Ionic Polymer Metal Composites for Enhanced Sensing Capabilities (opens in a new tab)

  4. IN-SITU ADDITIVE MANUFACTURING OF METALS FOR EMBEDDING PARTS COMPATIBLE WITH LIQUID METALS TO ENHANCE THERMAL PERFORMANCE OF AVIONICS FOR SPACECRAFT

    … performance of the avionics. The emergence of advanced additive manufacturing (AM), such as selective laser melting (SLM) and engineering materials, such as low-melting eutectic liquid metal (LM) alloys and synthetics ceramics offer new opportunities for thermal cooling systems. Therefore, …

    maryland Repository record for IN-SITU ADDITIVE MANUFACTURING OF METALS FOR EMBEDDING PARTS COMPATIBLE WITH LIQUID METALS TO ENHANCE THERMAL PERFORMANCE OF AVIONICS FOR SPACECRAFT (opens in a new tab)

  5. Topology optimization and physical realization of magnetically active soft materials: from reprogrammable metamaterials to biomedical robots

    … designs that are highly compatible with advanced additive manufacturing techniques such as direct-ink-writing, we develop a parametrization method that enables designs with spatially continuous magnetization transitions and locally arbitrary magnetization orientations. The optimized …

    uiuc Repository record for Topology optimization and physical realization of magnetically active soft materials: from reprogrammable metamaterials to biomedical robots (opens in a new tab)

  6. Computational fluid dynamics modeling and in situ physics-based monitoring of aerosol jet printing toward functional assurance of additively-manufactured, flexible and hybrid electronics

    <p>Aerosol jet printing (AJP)—a direct-write, additive manufacturing technique—has emerged as the process of choice particularly for the fabrication of flexible and hybrid electronics. AJP has paved the way for high-resolution device fabrication with high placement accuracy, edge definition, and …

    binghamton Repository record for Computational fluid dynamics modeling and in situ physics-based monitoring of aerosol jet printing toward functional assurance of additively-manufactured, flexible and hybrid electronics (opens in a new tab)

  7. Návrh 3D tištěné CubeSat struktury pro misi KOSTKA

    Tato diplomová práce zkoumá inovativní návrh a implementaci 3D struktury pro CubeSat misi KOSTKA, kterou aktuálně vyvíjí univerzitní tým YSpace. S využitím pokročilých technologií aditivní výroby - selektivního laserového tavení (SLM) a přímého laserového spékání kovů (DMLS) - si tato práce klade …

    brno-tech Repository record for Návrh 3D tištěné CubeSat struktury pro misi KOSTKA (opens in a new tab)