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High Performance Electrical Modeling and Simulation Software Normal Environment Verification and Validation Plan, Version 1.0
Author(s) -
Steven D. Wix,
CAROLYN BOGDAN,
Julio P. Marchiondo,
M.F. Deveney,
A. Irco Nuñez
Publication year - 2002
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/793323
Subject(s) - stockpile , scope (computer science) , documentation , computer science , plan (archaeology) , verification and validation , software , reliability engineering , software engineering , software verification , test plan , verification and validation of computer simulation models , systems engineering , software system , engineering , programming language , software construction , statistics , mathematics , operations management , physics , archaeology , nuclear physics , history , weibull distribution
The requirements in modeling and simulation are driven by two fundamental changes in the nuclear weapons landscape: (1) The Comprehensive Test Ban Treaty and (2) The Stockpile Life Extension Program which extends weapon lifetimes well beyond their originally anticipated field lifetimes. The move from confidence based on nuclear testing to confidence based on predictive simulation forces a profound change in the performance asked of codes. The scope of this document is to improve the confidence in the computational results by demonstration and documentation of the predictive capability of electrical circuit codes and the underlying conceptual, mathematical and numerical models as applied to a specific stockpile driver. This document describes the High Performance Electrical Modeling and Simulation software normal environment Verification and Validation Plan

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