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Influence of Microstructural Parameters on Shape Memory Alloys Behavior

Niclaeys, C. / Zineb, T. Ben / Patoor, E.

Abstract Modeling the functional behavior of material undergoing a martensitic phase transformation like in shape memory alloys is a challenge for the development of industrial applications using these materials. Multiscale modeling concepts developed in mechanics of materials are well adapted to solve this problem. Using a crystallographical description for the single-crystal behavior law, two examples of how the internal stresses influence the transformation in thin films and bulk materials are presented. Scale transition is performed with the self-consistent approximation in the bulk and with FEM in thin film.

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Influence of Microstructural Parameters on Shape Memory Alloys Behavior

Niclaeys, C. / Zineb, T. Ben / Patoor, E.

Abstract Modeling the functional behavior of material undergoing a martensitic phase transformation like in shape memory alloys is a challenge for the development of industrial applications using these materials. Multiscale modeling concepts developed in mechanics of materials are well adapted to solve this problem. Using a crystallographical description for the single-crystal behavior law, two examples of how the internal stresses influence the transformation in thin films and bulk materials are presented. Scale transition is performed with the self-consistent approximation in the bulk and with FEM in thin film.

Influence of Microstructural Parameters on Shape Memory Alloys Behavior

Niclaeys, C. / Zineb, T. Ben / Patoor, E.

Abstract Modeling the functional behavior of material undergoing a martensitic phase transformation like in shape memory alloys is a challenge for the development of industrial applications using these materials. Multiscale modeling concepts developed in mechanics of materials are well adapted to solve this problem. Using a crystallographical description for the single-crystal behavior law, two examples of how the internal stresses influence the transformation in thin films and bulk materials are presented. Scale transition is performed with the self-consistent approximation in the bulk and with FEM in thin film.

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Title:

Influence of Microstructural Parameters on Shape Memory Alloys Behavior

Contributors:

Niclaeys, C. (author) / Zineb, T. Ben (author) / Patoor, E. (author)

Published in:

IUTAM Symposium on Multiscale Modeling and Characterization of Elastic-Inelastic Behavior of Engineering Materials ; 267-274

Solid Mechanics and Its Applications ; 114

Publication date:

2004-01-01

Size:

8 pages

ISBN:

978-90-481-6529-2 , 978-94-017-0483-0

ISSN:

DOI:

https://doi.org/10.1007/978-94-017-0483-0_33

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Martensite , Thin film , Micromechanics , Scale transition , Finite Element Engineering , Theoretical and Applied Mechanics , Characterization and Evaluation of Materials , Mechanics

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