Publication: Generating Efficient Derivative Code with TAF: Adjoint and Tangent Linear Euler Flow Around an Airfoil
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Generating Efficient Derivative Code with TAF: Adjoint and Tangent Linear Euler Flow Around an Airfoil

- Article in a journal -
 

Area
General, Computational Fluid Dynamics

Author(s)
Ralf Giering , Thomas Kaminski , T. Slawig

Published in
Future Generation Computer Systems

Year
2005

Abstract
We give a TAF overview and describe in some detail, how iterative solvers can be handled efficiently. As an application we demonstrate the generation of adjoint, tangent linear, and Hessian code for a CFD solver in an airfoil configuration. We also list a few other large-scale applications and their performance.

AD Tools
TAF

AD Theory and Techniques
Iteration, Reverse Mode

BibTeX
@ARTICLE{
         Giering2005GED,
       author = "Ralf Giering and Thomas Kaminski and T. Slawig",
       title = "Generating Efficient Derivative Code with {TAF}: {A}djoint and Tangent Linear {E}uler
         Flow Around an Airfoil",
       journal = "Future Generation Computer Systems",
       pages = "1345--1355",
       year = "2005",
       ad_tools = "TAF",
       ad_area = "General, Computational Fluid Dynamics",
       ad_theotech = "Iteration, Reverse Mode",
       abstract = "We give a TAF overview and describe in some detail, how iterative solvers can be
         handled efficiently. As an application we demonstrate the generation of adjoint, tangent linear, and
         Hessian code for a CFD solver in an airfoil configuration. We also list a few other large-scale
         applications and their performance.",
       volume = "21",
       number = "8",
       pdf = "http://www.fastopt.com/papers/gieringal02.pdf"
}


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