A Computational Model for Martensitic Thin Films With Compositional Fluctuation

Authors

Pavel Bělík, Augsburg UniversityFollow
Mitchell Luskin, University of Minnesota - Twin Cities

Document Type

Article

Publication Date

2004

DOI

10.1142/S021820250400374X

Abstract

We develop a computational model for the martensitic first-order structural phase transformation in a single crystal thin film, and we use this model to study the effect of spatial compositional fluctuation, spatial temporal noise, and the loss of stability of the metastable phase at temperatures sufficiently far from the transformation temperature.

Comments

Electronic version of an article published in Mathematical Models and Methods in Applied Sciences 2004 14:11, 1585-1598. https://doi.org/10.1142/S021820250400374X

Recommended Citation

Bělík, Pavel and Luskin, Mitchell, "A Computational Model for Martensitic Thin Films With Compositional Fluctuation" (2004). Faculty Authored Articles. 6.
https://idun.augsburg.edu/faculty_scholarship/6