Influence of elastic anisotropy on structural nanoscale textures
We study the influence of elastic anisotropy on nanoscale precursor textures that exist in
some shape-memory alloys and show that tweed occurs in the limit of high elastic anisotropy
while a nanocluster phase-separated state occurs for values of anisotropy inhibiting the
formation of martensite. These results are consistent with specific heat data, elastic constant
measurements, and zero-field cooling or field cooling experiments in nonstoichiometric NiTi
alloys.
some shape-memory alloys and show that tweed occurs in the limit of high elastic anisotropy
while a nanocluster phase-separated state occurs for values of anisotropy inhibiting the
formation of martensite. These results are consistent with specific heat data, elastic constant
measurements, and zero-field cooling or field cooling experiments in nonstoichiometric NiTi
alloys.
Abstract
We study the influence of elastic anisotropy on nanoscale precursor textures that exist in some shape-memory alloys and show that tweed occurs in the limit of high elastic anisotropy while a nanocluster phase-separated state occurs for values of anisotropy inhibiting the formation of martensite. These results are consistent with specific heat data, elastic constant measurements, and zero-field cooling or field cooling experiments in nonstoichiometric NiTi alloys.
American Physical Society以上显示的是最相近的搜索结果。 查看全部搜索结果