CAJ | 학술논문

厚板在淬火过程中温度变化剧烈,且随着板厚的增加厚度方向的温差加大,极易导致表面和心部组织不均匀.本文利用ABAQUS软件对厚板淬火过程的温度场进行数值模拟,计算淬火过程钢板厚度方向的温度梯度和冷却速度,为制定合理的淬火工艺制度提供理论依据,以保证厚板淬火前后组织性能的均匀.
후판재쉬화과정중온도변화극렬,차수착판후적증가후도방향적온차가대,겁역도치표면화심부조직불균균.본문이용ABAQUS연건대후판쉬화과정적온도장진행수치모의,계산쉬화과정강판후도방향적온도제도화냉각속도,위제정합리적쉬화공예제도제공이론의거,이보증후판쉬화전후조직성능적균균.
There is a drastic temperature variety in plate during quenching process, and the difference in temperature in thickness direction increases with the increase of thickness. It may easily induce non-uniform microstructure in plate. The commercial software ABAUQS was used to simulate the temperature field in plate during the quenching process. The temperature gradient and cooling rate were calculated. A good theoretical reference was provided to establish reasonable quenching process schedule for the homogenous mierostructure and properties in plate.