Application of Large-Scale Phase-Field Simulations in the Context of High-Performance Computing

Johannes Hötzer (), Marcus Jainta (), Marouen Ben Said (), Philipp Steinmetz (), Marco Berghoff () and Britta Nestler ()
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Johannes Hötzer: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials
Marcus Jainta: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials
Marouen Ben Said: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials
Philipp Steinmetz: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials
Marco Berghoff: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials
Britta Nestler: Reliability of Components and Systems (IAM-ZBS), Institute of Applied Materials

A chapter in High Performance Computing in Science and Engineering ’15, 2016, pp 659-674 from Springer

Abstract: Abstract In material science, simulations became a common tool for the understanding of the underlying behaviour of different classes of materials. Due to the growing complexity of problems at hand, the simulation domains, and therefore the computational effort is steadily increasing. We presents various application of the phase-field method; ranging from the solidification of ternary eutectics and pure ice systems to the interaction of multiple liquid phases on fibers. All these topics have in common, that they need a large number of cores to investigate the decisive physical effects in adequate time. We show an overview of the results for this wide range of applications and the scaling behaviour of the used software frameworks.

Keywords: Contact Line; Simulation Domain; Growth Front; Fiber Radius; Free Solidification (search for similar items in EconPapers)
Date: 2016
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DOI: 10.1007/978-3-319-24633-8_42

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