Song Qinghua
Professor
Dr. Song graduated from Shandong University in 2009, majoring in Mechanical Manufacturing and Automation. He is now a professor of Mechanical Engineering at Shandong University and the associate dean of Mechanical Engineering at Shandong University. His current research interests include high performance manufacturing technology and equipment, intelligent monitoring for manufacturing process, structural vibration and control, and biomedical ma... More+
Research Projects
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[21] 高速干切削机理与新型机床工具系统设计理论及方法,2019-06-01,2022-06-30,
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[22] 基于能场作用机理的高完整性表面高速切削应用基础研究,2018-06-22,2020-12-31,
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[23] 基于长服役寿命的航空发动机典型难加工材料零件高性能切削技术,2014-01-01,2016-12-31,
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[24] 复合材料风电桨叶电热及石墨烯涂覆防/除冰技术研究,2019-04-26,2022-06-30,
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[25] 基于长疲劳寿命的GH4169镍基高温合金切削变质层微观组织结构演变及形成机理研究,2019-04-26,2022-06-30,
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[26] 石墨密封环表面熔覆浸渍强化机理及微织构设计加工,2019-04-26,2022-06-30,
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[27] 热电联产小流量工况下汽轮机转子系统内阻尼及失稳机制研究,2019-04-26,2022-06-30,
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[28] 汽车发动机缸体缸盖生产用超硬刀具国产化示范工程,2019-01-01,2020-06-30,
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[29] 高性能切削加工技术,2019-08-16,2022-12-31,
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[30] 弱刚性工艺系统高性能加工,2019-04-26,2022-06-30,
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[31] 汽车发动机缸体缸盖超硬刀具适配性及磨损机理研究,2019-04-19,2020-04-20,
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[32] 超高速切削非线性动力学建模及稳定性研究,2007-12-01,2010-12-31,
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[33] 精密刀具动态性能与涂层刀具切削性能强化,2015-01-01,2017-12-31,
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[34] 大功率LED微通道超疏水表面微铣削创成机理及控制策略,2015-08-17,2018-12-31,
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[35] 基于材料流变特性的骨支架增材制造关键技术及工艺研究,2018-06-22,2020-12-31,
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[36] 大薄弧板表面阵列特征群的铣削变形机理及控制方法研究,2017-08-01,2020-06-30,
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[37] 考虑加工干扰的超高速主轴非线性动力学及超高速主轴和工具系统*（后三年）,2011-01-01,2013-08-31,
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[38] 高速铣削陀螺效应诱导的阻尼重构失稳机制和仿生减振研究,2012-01-01,2015-12-31,
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[39] 高效仿生减振技术研究,2011-01-01,2012-12-31,
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[40] 考虑加工干扰的超高速主轴非线性动力学,2009-01-01,2010-12-31,