Verification and Validation of High Explosive Reactive Burn Models Implemented in LANL's EAP and LAP Code Base (FY2020 L2 Milestone MRT 7129) [Slides] | Zendy

Stephen A. Andrews | Zendy; Tariq D. Aslam | Zendy; Adam C. Coleman | Zendy; Jim Ferguson | Zendy; John W. Gibbs | Zendy; John W. Grove | Zendy; Kyle S. Hickmann | Zendy; Troy Holland | Zendy; Aaron Koskelo | Zendy; Ralph Menikoff | Zendy; Matthew A. Price | Zendy; G. Srinivasan | Zendy; Michael Steinkamp | Zendy; Jessica Ann Thrussell | Zendy; Kendra Van Buren | Zendy; John Joseph Vandenkieboom | Zendy

Open Access

Verification and Validation of High Explosive Reactive Burn Models Implemented in LANL's EAP and LAP Code Base (FY2020 L2 Milestone MRT 7129) [Slides]

Author(s) -

Stephen A. Andrews,

Tariq D. Aslam,

Adam C. Coleman,

Jim Ferguson,

John W. Gibbs,

John W. Grove,

Kyle S. Hickmann,

Troy Holland,

Aaron Koskelo,

Ralph Menikoff,

Matthew A. Price,

G. Srinivasan,

Michael Steinkamp,

Jessica Ann Thrussell,

Kendra Van Buren,

John Joseph Vandenkieboom

Publication year - 2020

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/1699446

Subject(s) - milestone , explosive material , code (set theory) , base (topology) , nuclear engineering , computer science , engineering , chemistry , programming language , history , mathematics , archaeology , mathematical analysis , organic chemistry , set (abstract data type)

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