ժҪ The austenite transformation characteristics for various warm��rolled pearlite during rapid heating were investigated. The results indicate that the start temperature (Ts) is sensitive to the microstructural feature of pearlite, whereas the dislocation plays an important role in the transformation rate; at the same time, the uniformity of austenite grains is more or less affected by the amount of spheroidized pearlite. A critical effect on the state of austenite grain is created through the influence of initial microstructures on the start temperature of transformation.
Abstract��The austenite transformation characteristics for various warm��rolled pearlite during rapid heating were investigated. The results indicate that the start temperature (Ts) is sensitive to the microstructural feature of pearlite, whereas the dislocation plays an important role in the transformation rate; at the same time, the uniformity of austenite grains is more or less affected by the amount of spheroidized pearlite. A critical effect on the state of austenite grain is created through the influence of initial microstructures on the start temperature of transformation.
YAO Sheng��jie;DU Lin��xiu;LIU Xiang��hua;WANG Guo��dong. Effect of Warm��Rolled Pearlite Microstructural Features on Austenitic Transformation[J]. �й������ڿ���, 2009, 16(4): 55-0.
YAO Sheng��jie;DU Lin��xiu;LIU Xiang��hua;WANG Guo��dong. Effect of Warm��Rolled Pearlite Microstructural Features on Austenitic Transformation. Chinese Journal of Iron and Steel, 2009, 16(4): 55-0.
2009, Vol. 16 
