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阚选恩，男，毕业于西安交通大学，工学博士，University of Aberdeen 研究员，获陕西省振动工程学会优秀博士学位论文（2019年陕西省4篇），University of Aberdeen博士后（合作导师：Marian院士International Journal of Mechanical SciencesTOP期刊主编），获江苏省科技副总省级人才称号，陕西省振动工程学会常务理事。
研究方向：1具身智能超结构设计与实现，2高端装备动力学建模及减振研究，3智能故障诊断与预测。
教学工作：本科生课程《热工基础》，主持教改项目1项；研究生课程《机械振动》。
科研成果：主持与主研国家自然科学基金项目2项，陕西省科技厅项目2项，全国重点实验室项目1项，与西安热工院，西安飞机强度所，西安飞机自动控制研究所合作校企项目6项。以第一作者在《Mechanical Systems andSignal Processing》《Journal of Sound andVibration》《Thin-Walled Structures》《Proceedingsof the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering》等期刊发表论文17篇，其中top期刊5篇。
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支持扩展名：.rar .zip .doc .docx .pdf .jpg .png .jpeg[1] XuanenKan, Kai Wang, Guoliang Ma. Intentional mistuning bladedry friction model for vibration localization of the bladed disk. Thin-WalledStructures, 2025: 208:112864.
[2] XuanenKan, Yanjun Lu, Fan Zhang,Weipeng Hu. Approximate symplectic approach for mistuned bladed disk dynamicproblem. Mechanical Systems and Signal Processing, 2024, 208: 110960.
[3] Xuanen Kan, ZiliXu, Bo Zhao, Jize Zhong.Effect of coriolis force on forced response magnification ofintentionally mistuned bladed disk. Journal of Sound and Vibration, 2017,399(7): 124-136.
[4] Qipei Cai,Guoliang Ma, Yuchuan Li, Mahato Anish, Xuanen Kan. Mechanical Model and Vibration Reduction Analysisof a Z-type Energy Harvester. International Journal of Applied Electromagneticsand Mechanics, 2025: 13835416241308178.
[5] XuanenKan, Kai Wang, Bo Zhao. Dynamiccharacteristics of vibration localization of mistuned bladed disk due to shroudand blade damages. Journal of Low Frequency Noise, Vibration and ActiveControl, 2024, 43(1): 405-417.
[6] Xuanen Kan, Tuo Xing. A novel mathematical model for thedesign of the resonance mechanism of an intentional mistuning bladed disksystem. Mechanical Sciences, 2022, 13(2): 1031-1037.
[7] XuanenKan, Bo Zhao. A new method ofreducing vibration localization of the multi-packets whole mistuned bladed disksystem using bladed packets. InternationalJournal of Aeronautical and Space Sciences. 2021, 22(4): 857-865.
[8] XuanenKan, Effect of bladed packets on transient vibration localizationbehaviors of mistuned whole bladed disk system.ASME TurboExpo 2021:GT2021-58722: V09BT29A006.
[9] Xuanen Kan, Zili Xu. Vibration localization for a rotatingmistuning bladed disk with the Coriolis effect by a state space decouplingmethod. Proceedings of the Institution of Mechanical Engineers, Part G: Journal of Aerospace Engineering, 2019, 233(3): 1011-1020.
[10] XuanenKan, Bo Zhao. Vibrationcharacteristics of a mistuned bladed disk considering the effect of Coriolisforces. Shock and Vibration, 2016, 4656032.
[11] Bo Zhao, Zili Xu, Xuanen Kan, Jize Zhong. Structural damage detection by usingsingle natural frequency and the corresponding mode shape. Shock and Vibration,2016(1): 8194549.
[12] Xuanen Kan,Zili Xu, Yu Zhao, Baitong Dou, Wenbin Zhao. Transient response of control stageblade disk due to partial admission by a reduced method. ASME Turbo Expo2015: GT2015-43194: V07BT32A022.
[13] 阚选恩,齐玲,吕延军,胡伟鹏.含有多结合面摩擦行为叶盘系统动力学广义多辛方法,专利号：202311190192.2(国家发明专利).
[14] 阚选恩,陈倬,吕延军,王权岱,张帆,胡伟鹏.基于跨尺度建模的叶盘多结合面参数主动设计方法,专利号：202311190065.2(国家发明专利).
[15] 阚选恩,陈倬,王权岱,吕延军,胡伟鹏.主动失谐方式与干摩擦多结合面耦合的叶盘减振方法,专利号：202311190067.1(国家发明专利).
[16] 阚选恩,齐玲,吕延军,孙文杰.叶盘线性振动微分方程的辛RK计算方法,专利号：202311108798.7(国家发明专利).
[17] 阚选恩,徐自力,吕延军,赵博.含有成组围带的整圈失谐叶盘振动局部化的计算方法,专利号: CN2019113951633.3 (国家发明专利).
[18] 阚选恩,徐自力,吕延军,赵博.一种失谐叶盘最大振动局部化响应方法,专利号: CN202010255609.9 (国家发明专利).
[19] 阚选恩,吕延军,孙文杰,徐自力,赵博.计算科氏效应引起失谐叶盘最大局部响应转移时转速方法,专利号:CN202210106531.3 (国家发明专利).
[20] 阚选恩,陈倬,陈军辉,王权岱,吕延军，胡伟鹏.一种无标记结构振动的计算机视觉测量方法，专利号:CN202411269517.0. (国家发明专利).
[21] 阚选恩,吕延军,王权岱,杨癸庚,张帆,胡伟鹏.对称破缺效应描述差异对叶盘振动局部化影响的表征方法，专利号:CN202411001494.5. (国家发明专利).
[22] 阚选恩,陈军辉,王权岱,吕延军,杨癸庚,孙文杰,张帆,胡伟鹏.求解叶盘动力学系统响应的时空解耦方法,专利号:CN202411001491.1. (国家发明专利).
[23] 阚选恩,陈倬,王权岱,吕延军,张帆,胡伟鹏.考虑粗糙度的叶盘结构非连续界面运动轨迹确定方法,专利号:CN202410747098.0. (国家发明专利).
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