The Role of Driving Traction in Martensitic Phase Transitions: Theory and Experiment

此CAREER型资助将理论与实验相结合，研究外加应变对机械诱导相夹杂形貌的影响。建模工作将是一个连续的工作，其中包括作用表面对相变的影响。在项目的实验部分，CU-Al-Ni单晶将受到一个弯矩，并观察加载历史对界面运动的作用。教育计划将强调结合跨学科训练、计算建模和多层研究的开放式设计问题。* * *

9502409 Lusk This CAREER type grant will combine theory and experiment to study the influence of applied strain on the morphology of mechanically induced phase inclusions. The modelling effort will be a continuum one which includes the role surface effects on phase transformations. In the experimental component of the project, single crystals of CU-Al-Ni will be subjected to a bending moment and the role of the loading history on interface movement will be observed. The educational plan will emphasize open ended design problems which combine interdisciplinary training, computational modeling and multi-tier research. ***