摘要
An accurate and simple model of stacking fault energy for alloys (solid solutions) has been developed based on the embedded-atom method. The calculated value of stacking fault energy, 35 mJ/m(2) for 304 austenitic stainless steel, is in a good agreement with the experimental one, 30 mJ/m(2). In the present model we find that the Hirth's empirical relationship is also suitable for alloy.
An accurate and simple model of stacking fault energy for alloys (solid solutions) has been developed based on the embedded-atom method. The calculated value of stacking fault energy, 35 mJ/m(2) for 304 austenitic stainless steel, is in a good agreement with the experimental one, 30 mJ/m(2). In the present model we find that the Hirth's empirical relationship is also suitable for alloy.
