Adagio 4.20 User’s Guide | Zendy

Benjamin Spencer | Zendy; Nathan Crane | Zendy; Martin Heinstein | Zendy; Alex Lindblad | Zendy; David John Littlewood | Zendy; Kendall Pierson | Zendy; Vicki Porter | Zendy; Nathaniel Roehrig | Zendy; Timothy Shelton | Zendy; Gregory D. Sjaardema | Zendy; Jesse Thomas | Zendy; Michael Veilleux | Zendy

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Adagio 4.20 User’s Guide

Author(s) -

Benjamin Spencer,

Nathan Crane,

Martin Heinstein,

Alex Lindblad,

David John Littlewood,

Kendall Pierson,

Vicki Porter,

Nathaniel Roehrig,

Timothy Shelton,

Gregory D. Sjaardema,

Jesse Thomas,

Michael Veilleux

Publication year - 2011

Publication title -

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

Language(s) - English

Resource type - Reports

DOI - 10.2172/1325253

Subject(s) - solver , scalability , computer science , computational science , nonlinear system , code (set theory) , coupling (piping) , theoretical computer science , programming language , physics , mechanical engineering , engineering , database , quantum mechanics , set (abstract data type)

Adagio is a Lagrangian, three-dimensional, implicit code for the analysis of solids and structures. It uses a multi-level iterative solver, which enables it to solve problems with large deformations, nonlinear material behavior, and contact. It also has a versatile library of continuum and structural elements, and an extensive library of material models. Adagio is written for parallel computing environments, and its solvers allow for scalable solutions of very large problems. Adagio uses the SIERRA Framework, which allows for coupling with other SIERRA mechanics codes. This document describes the functionality and input structure for Adagio.

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