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6篇 您的检索式：作者名="Mesplont C"

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		题名	作者	年代	出处	被引量
	1	Kinetics of phase transformation in steels: a new method analyzing dilatometric results显示文摘	Zhao J Z Mesplont C De Cooman B C	2001	ISIJ International2001，41，5：	1
	2	Kinetics of phase transformations in steels:a new method analyzing dilatometric results显示文摘	Zhao J Z Mesplont C De Cooman B C	2001	ISIJ International2001，41，5：	1
	3	Microstructure-Properties Relationships in Complex Phase Cold-Rolled High Strength Steels显示文摘	Mesplont C Vandeputte S De Cooman B C	2001	ISS2001，，：	1
	4	Kinetics of Phase Transformation in Steels--A New Method for Analysing Dilatometrie Results 显示文摘	ZHAO J Z Mesplont C Cooman B C D	2001	ISIJ International2001，41，5：	1
	5	Quantitative analysis of the dilatation during an isothermal decomposition of austenites显示文摘	Zhao J Z Mesplont C De Cooman B C	2002	Materials Scienceand Engineering A2002，332，：	1
	6	Calculation of Phase Transformation Kinetics from Dilatation Curves显示文摘The structure of a steel changes with temperature due to phase transformations. This phase change is generally companied by a variation in the specific volume which is exhibited as a departure from the behaviour of the thermal expansion or contraction, at the temperature at which the change occurs. This behaviour can be detected as a change in the dimensions of a suitable test piece, and forms the operating principle of dilatometry. The dilatometric technique may be applicable to the investigation of the phase transformation kinetics if the relation between the fractions of phases, the temperature, the compositions of phases and the dilatation can be built up. Efforts have been made to analyze the dilatation during an isothermal transformation or to calculate the dilatation during the heating of plain carbon steels using the thermodynamic function. The existing models are, however, not directly applicable to the determination of the phase transformation kinetics from a dilatation curve. A detailed analysis has been made of the length change of a hypoeutectoid steel during a continuous cooling. A model has been developed in which the transient dilatation is calculated based on the fraction of the phases present. The model takes into account the redistribution of carbon and is applicable to the determination of the phase transformation kinetics from the dilatation data during a cooling of a hypo-eutectoid steel. The model was validated by comparing the model results with the experimental results of an interstitial free steel. Experiments have been done with an interstitial-free steel and a C-Mn steel. The model has been applied to the calculation of the transformation kinetics indicated by the dilatation curves. Excellent agreements between the model and the experiments have been obtained.	Mesplont C De Cooman B C	2002	厦门大学学报(自然科学版)2002，41，S1：	0

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