Optimising DUNE Field Cage Assembly: Assembling Modular Production with Remote Controlled Rotating Tables For Improved Safety and Efficiency

ORAL

Abstract

The Deep Underground Neutrino Experiment (DUNE) involves constructing a 13m x 13m x 60m field cage at the Sanford Underground Research Facility for neutrino detection. The High Energy Physics Group at UTA is developing a modular assembly process using remote-controlled rotating tables to improve efficiency and safety. The tables, powered by 24V DC brushless stepper motors and controlled via PWM, feature an IR sensor, Arduino microcontroller, and CLT86 motor driver in a feedback loop with encoders for precise assembly. This setup ensures accurate formation of aluminium profiles for the field cage modules.

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Presenters

  • Samanza Ahmed

    University of Texas at Arlington Chapters

Authors

  • Samanza Ahmed

    University of Texas at Arlington Chapters

  • Jaehoon Yu

    University of Texas at Arlington

  • Andrew Brandt

    University of Texas at Arlington

  • Samuel Blanchard

    University of Texas at Arlington

  • Samriddha Chakroborty

    University of Texas at Arlington

  • Akash Behanan

    University of Texas at Arlington

  • Gajendra Gurung

    University of Texas - Arlington

  • Eric Michael Garcia

    University of Texas at Arlington

  • Rohit Raut

    University of Texas at Austin, University of Texas at Arlington

  • Aubri Paris

    University of Texas at Arlington