High Performance Modeling of Novel Diagnostics Configuration

POSTER

Abstract

A novel diagnostics method to measure the Hayes Electric Effect was tested and verified against computerized models. Where standard PVDF diagnostics utilize piezoelectric materials to measure detonation pressure through strain-induced electrical signals, the PVDF was used in a novel technique by also detecting the detonation’s induced electric field. The ALE-3D Hydro Codes predicted the performance by calculating detonation velocities, pressures, and arrival times. These theoretical results then validated the experimental use of the PVDF repurposed to specifically track the Hayes Electric Effect.

Authors

  • Dalton Smith

    Los Alamos National Laboratory, Primary Author and Co-lead

  • John Gibson

    Los Alamos National Laboratory, Supporting Author

  • Rylie Lodes

    Los Alamos National Laboratory, Supporting Author

  • Hayden Malcolm

    Supporting Author

  • Teagan Nakamoto

    Los Alamos National Laboratory, Supporting Author, Brigham Young Univ - Provo

  • Kristina Parrack

    Los Alamos National Laboratory, Supporting Author and Team Lead

  • Christopher Trujillo

    Los Alamos National Laboratory, Supporting Author, Los Alamos National Laboratory \& New Mexico State University

  • Zak Wilde

    Los Alamos National Laboratory, Supporting Author