1. 合金电子束熔炼多物理场数值仿真, 2019/09/25-2020/05/31
2. 焊接物理（IIW-SG-212）2018研究进展编写, 2019/03/25-2019/06/30
3. 基于熔池三维形态测控的GMAW高速焊接成形新工艺关键问题研究, 2018/06/22-2020/12/31
4. 用于焊工虚拟培训的熔池与焊道仿真开发, 2013/05/07-2013/12/31
5. 基于WEB平台转向架焊接过程模拟及标准化研究, 2019/01/26
6. 非晶材料焊接接头组织分析, 2018/10/01-2019/10/20
查看更多 1.杨青远.Impeding effect of bubbles on metal transfer in underwater wet FCAW.Journal of manufacturing processes.2019,45 :682
2.贾传宝.Comprehensive analysis of spatter loss in wet FCAW considering interactions of bubbles, droplets and arc - Part 2: Visualization & mechanisms.Journal of manufacturing processes.2019,40 :105
3.贾传宝.Comprehensive analysis of spatter loss in wet FCAW considering interactions of bubbles, droplets and arc - Part 1: Measurement and improvement.Journal of manufacturing processes.2019,40 :122
4.王林.Influence of Fluid Flow on Humping Bead during High-Speed GMAW.Welding journal.2019,98 (11):315S
5.陈姬.Suppression of undercut defects in high-speed GMAW through a compound magnetic field.JOURNAL OF MATERIALS PROCESSING TECHNOLOGY Journal.2019,274
6.石磊.Effects of tool shoulder size on the thermal process and material flow behaviors in ultrasonic vibration enhanced friction stir welding.Journal of manufacturing processes.2020
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