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A material driven machining process modeling framework is proposed to incorporate thermal-mechanical-microstructural coupling in which the material microstructure dynamics and process mechanics are computed simultaneously. The material microstructure evolution in the machining process is obtained from dynamic recrystallization model which takes the strain, strain rate and temperature history as input...
The materials-affected manufacturing analysis aims to link the manufacturing process mechanics to the materials microstructure evolution dynamics, thus increasing the accuracy of the predicted process attributes and offering better understanding the material properties of the manufactured product. This methodology involves an iterative blending scheme in coupling with microstructural synthesis and...
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