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    国杰

    • 副教授      博士生导师      硕士生导师
    • 教师拼音名称:GJ
    • 所在单位:动力与能源工程学院
    • 性别:男
    • 学位:博士
    • 在职信息:在职
    • 学科:动力机械及工程. 轮机工程
    • 学科:动力机械及工程
      轮机工程

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    研究领域

    • 动力装置动力学与故障诊断、动力装置振动与噪声控制、低频振动控制与超材料

    论文成果 More>>

    • [ 1 ]Jiayuan Zhang.Jie Guo. Bingyan Chen,Ke Feng,Yongkang Ma. Fast Eserogram: A novel adaptive spectrum segmentation method for rolling bearing fault diagnosis,Mechanical Systems and Signal Processing,2026,(113632)
    • [ 2 ]Hao Li.Jie Guo. A quasi-zero stiffness isolator based on the second-order antisymmetric buckling mode of beams,Journal of Vibration and Control,2026,
    • [ 3 ]Zijia Yang.Jie Guo. Hao Li,Xinyu Zhang. A study on the dynamic characteristics of the main bearing cap damper and crankshaft coupling system with experimental validation,International Journal of Engine Research,2026,
    • [ 4 ]Zhenfei Zang.Xiaochen Zhao. Jie Guo,Shiqi Zhang. A method for controlling dipole characteristic noise sources inside duct based on acoustic shortcut channel,Applied Acoustics,2025,
    • [ 5 ]Jiayuan Zhang.Jie Guo. Xinyu Zhang. Adaptive spectral amplitude modulation: An optimized processing method for rolling bearing fault IAS signals,Journal of Vibration and Control,2025,
    • [ 6 ]Li Hao.Guo Jie. A Study on the X-Shaped Quasi-Zero Stiffness Metastructure Design and Vibration Isolation Performance,Proceedings of the International Congress on Sound and Vibration(ICSV2025),2025,

    专利 More>>

    • [ 1 ]国杰,尹龙飞,杨洁,刘晨,赵晓臣,张新玉基于多源振动信号的滚动轴承故障诊断方法、系统及介质
    • [ 2 ]国杰,周生伟,姜国安,张新玉Sensor for measuring seating force of engine intake and exhaust valve and measuring method
    • [ 3 ]国杰,周生伟,姜国安,张新玉Sensor for measuring cam and tappet contact force of engine and measuring method
    • [ 4 ]国杰,张新玉,张文平内燃機関の低騒音メインベアリングカバー
    • [ 5 ]国杰,赵壮,张文平回転プランジャー式内燃機関完全可変バルブ機構
    • [ 6 ]国杰,张新玉,张文平,王烨Low-Noise Main Bearing Cap for Internal Combustion Engine

    著作成果

    • [ 1 ],内燃机配气机构的动力学与振动噪声预测,2016

    科研项目

    • [ 1 ]考虑零件非线性冲击和凸轮轴弹性振动的内燃机多组配气单元激励源特性研究,国家自然科学基金项目,国家级
    • [ 2 ]多缸内燃机曲轴系统瞬态振动时变边界条件的耦合作用机理研究,国家自然科学基金项目,国家级
    • [ 3 ]基于节流阻尼器的内燃机主轴承载荷衰减机理及协同宽频抑振研究,国家自然科学基金项目,国家级