In this paper, hot-rolled medium-sized H-beam was chose to be research topic. Thermal simulation experiment under high temperature between 800-1300℃was carried out by Gleeble-1500 thermal simulation testing machine, and obtained thermo-physical property of materials.
本课题以热轧中型H型钢为研究对象,使用Gleeble-1500型热模拟试验机对试件进行800～1300℃之间的热模拟试验,获取高温变形条件下材料的热物理属性。
参考来源 - H型钢热轧过程中奥氏体微观组织演变规律研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Hot continuous rolling; Thermal simulation experiment; Deformation resistance; Constitutive equation; Database.
热连轧；热模拟试验；变形抗力；本构方程；数据库。
Based on the hydrocarbon-generation thermal simulation experiment, using the chemical kinetics method, to evaluate quantitative evaluation on the deep source rocks of study area.
本文在生烃热模拟实验基础上，利用化学动力学法对研究区深层烃源岩进行了定量评价。
Obvious overpressure constraint of deep source rock evolution was found through high temperature and pressure simulation experiment, natural thermal evolution and geological case studies.
热压模拟实验、烃源岩自然演化和勘探实例研究表明，深层烃源岩演化明显受到超压的抑制。
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