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Local Stresses and Strains in Polycrystals

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In this work, we investigate various methods of calculating local stress and strain statistics of heterogeneous materials with particular focus on polycrystalline metals. The main method under consideration is the micromechanical Maximum Entropy Method, an approximation technique based on results fr...

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Hovedforfatter: Krause, Maximilian
Format: Online
Sprog:engelsk
Udgivet: KIT Scientific Publishing 2026
Fag:
Diffraction
Diffraktion
Maximum Entropy
Maximum-Entropy
Micromechanics
Polycrystals
Polykristalle
Textur
Texture
Mikromechanik
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TG Mechanical engineering and materials::TGB Mechanical engineering
Online adgang:2192-693X (Online)
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Summary:In this work, we investigate various methods of calculating local stress and strain statistics of heterogeneous materials with particular focus on polycrystalline metals. The main method under consideration is the micromechanical Maximum Entropy Method, an approximation technique based on results from information theory, which predicts local stress and strains based on the macroscopic properties of a material without explicit descriptions of the microstructure.

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