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材料加工模拟研究部致力于采用计算机模拟技术与实验研究相结合的方法,对铸造、锻造、轧制、焊接及热处理等金属材料热加工过程进行模拟,计算温度场、流场、应力场等各种物理场量,预测材料加工过程的各种成形缺陷、组织及性能等.优化材料加工工艺。面向国家重大工程和重大装备,发展高性能金属材料和制造技术,解决一批国家急需的关键材料和关键产品的制造技术,实现进口替代。面向传统材料,提高规模化铸锻件的合格率、材料利用率,实现节能降耗。
Material Processing Simulation Research Department is committed to the use of computer simulation technology and experimental study of a combination of methods for casting, forging, rolling, welding and heat treatment of metal materials such as thermal processing simulation process, calculate the temperature field, flow field, stress field The amount of physical field, the various material forming process prediction defects, microstructure and properties, etc. Optimization of material processing technology. To face the major national projects and major equipment, the development of high-performance metal materials and manufacturing technology, to solve a number of critical materials and critical product manufacturing countries urgently needed to achieve import substitution. For the traditional materials, increase the rate of qualified castings and forgings, material utilization, to achieve energy saving.