李兆龙,男,1982年9月出身,工学博士,副教悔,硕士经营生导师,机械能源工程学院-机械联想系副主任。2012年毕业于哈尔滨工业大学,获博士学位,2012-2015年,在中科院合肥物资科学经营院-先进制造时间经营所从事科研责任;2015年于今,任教于哈尔滨理工大学,现从事高速电主轴时间、金属名义性能制备与多物理场仿真分析等关联经营。当今在读经营生12名,指引经营生取得国度奖学金2东说念主次,承担科研情势7项,发表论文30余篇。
高速电主轴时间与仿真及检测;
名义微结构制备与疏水性能仿真分析;
电火花线切割加工时间及多物理场仿真分析;
微等离子体氧化时间及独揽经营。
3.干系表情地址:哈尔滨市南岗区学府路52号,哈尔滨理工大学(西区)1号教学楼
通信:哈尔滨理工大学87信箱150080
电话:0451-86390588
Email:lizhaolong@hrbust.edu.cn
4.责任资格起讫时辰
责任单元
任职部门
任职
2012.10-2015.05
中国科学院合肥物资科学经营院
先进制造时间经营所
助理经营员
2015.06-2022.08
哈尔滨理工大学
机械能源工程学院
讲师
2022.09-于今
哈尔滨理工大学
机械能源工程学院
副教悔
2019.06-于今
哈尔滨理工大学
机械能源工程学院
硕士经营生导师
5.耕作资格起讫时辰
毕业院校
专科
学位
2001.09-2005.07
东北农业大学
机械联想制造过火自动化
学士
2005.07-2008.03
哈尔滨理工大学
机械制造过火自动化
硕士
2008.03-2012.09
哈尔滨工业大学
机械制造过火自动化
博士
6.主要任职起讫时辰
责任单元
任职部门
任职
2021.06-于今
哈尔滨理工大学
机械能源工程学院-机械联想及自动化系
副主任
7.学术兼职任职部门
任职
耕作部学位与经营生耕作发展中心
评审众人
RCIM、JAMT、JPME、IEEEAccess、Processes等期刊
审稿众人
8.耕作教学(主授课程)本科生课程:《工程制图》、《互换性与测量时间》、《创造性想维及翻新联想》
探花经营生课程:《捏造样机时间》、《机械工程本质造就》、《高级机构学与数字孪生》99bt工厂2013年最新
9.教学情势情势称呼
情势开头
起讫时辰
承担脚色
基于逆向工程的东说念主体鼻形好意思容确立要道
黑龙江省耕作厅
2019.12-2020.12
指引教师
四开脱度混联机器东说念主通达间隔要道经营
哈尔滨理工大学
2021.05-2022.05
指引教师
微阵列结构的电火花加工及润湿性能经营
哈尔滨理工大学
2022.06-2023.06
指引教师
基于电主轴热特质的冷却水套结构优化要道经营
哈尔滨理工大学
2023.10-2024.10
指引教师
基于想政耕作与校企合营的新时间高校专科课程建设机制与战略经营
黑龙江省耕作科学野心课题
2022.01-2023.12
认真东说念主
基于OBE理念的本科-经营出产学研深度交融培养模式与本质经营
黑龙江省高级耕作教学雠校情势
2019.09-2021.09
参与
基于党建引颈的工科专科产教交融育东说念主模式探索
黑龙江省耕作科学野心课题
2023.01-2024.12
参与
10.科研情势情势称呼
情势开头
起讫时辰
承担脚色
聘请SMA用具电极的辗转深小孔电解加工时间经营
常州市科技指标情势
2013.05-2015.05
认真东说念主
基于压缩采样的微铣削加工刀具磨破碎在线监测与寿命算计
国度当然科学基金要点情势
2015.01-2018.12
参与
微小阵列孔的混分微弱电火花超声复合加工要道及机理经营
国度当然科学基金情势
2017.01-2019.12
参与
基于SMA用具电极的辗转深小孔电解加工热变形间隔经营
哈尔滨市后生后备东说念主才思势
2017.05-2020.12
认真东说念主
面向超重型立车责任台的静压导轨润滑油膜神情与摩擦学行径经营
黑龙江省当然科学基金情势
2019.07-2022.07
参与
大型桁架在轨拼装细胞单元养殖机理与旅途野心
国度当然科学基金情势
2020.01-2024.12
参与
耕作部要点实验室灵通基金
哈尔滨理工大学
2022.12-2024.11
认真东说念主
11.科研效用代表性学术论文
[1] Li Zhaolong, et al. Effect of Electric Field Distribution on Pulse Electrochemical Machining of Small Holes with Tubular Electrode. International Journal of Smart Home. 2016 (EI).
[2] Zhaolong Li, et al. The Study of Electric Field Distribution on Small Holes in Pulse Electrochemical Machining. Mechanisms and Machine Science. 2019 (EI).
[3] Li Zhaolong, et al. Research on Multi-Physics Coupling Simulation for the Pulse Electrochemical Machining of Holes with Tube Electrodes. Micromachines. 2021(SCI)
[4] Li Zhaolong, et al. Analysis of multi-physics coupling of small holes in gh4169 alloy by electrolytic processing of tube electrodes. Micromachines. 2021(SCI)
[5] Zhaolong Li, et al. Recent Patents on Electrochemical Machining of Shaped Holes.Recent Patents on Mechanical Engineering. 2021(EI).
[6] Li Zhaolong, et al. Research on Electrochemical Machining of Small Deep Holes with Positive and Negative Pulse Power. Recent Patents on Mechanical Engineering. 2022(EI).
[7] Zhaolong Li, et al. Simulation and experiment of ECM accuracy of cooling holes considering the influence of temperature field.Case Studies in Thermal Engineering. 2022(SCI)
[8] Zhaolong Li, et al. Modeling of two-scale array microstructure and prediction of apparent contact angle based on WEDM. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2022(SCI)
[9] Li Zhaolong, et al. Thermal Error Modeling of Electric Spindle Based on Particle Swarm Optimization SVM Neural Network. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2022(SCI)
[10] Li Zhaolong, et al. Research on Thermal Error Modeling of Motorized SpindleBased on BP Neural Network Optimized by Beetle AntennaeSearch Algorithm. Machines. 2022 (SCI)
[11] Zhaolong Li, et al. Modeling of material removal morphology and prediction of surface roughness based on WEDM successive discharges. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2022(SCI)
[12] Zhaolong Li, et al. Simulation Analysis and Process Evaluation of Cooling HoleForming Precision in Mask Assisted Electrochemical MachiningBased on GH4169. Materials. 2022(SCI)
[13] Zhaolong Li, et al. Thermal error modeling of electrical spindle based on optimizedELM with marine predator algorithm.Case Studies in Thermal Engineering. 2022(SCI)
[14] Zhaolong Li, et al. Thermal error modeling of high-speed electric spindle based onAquila Optimizer optimized least squares supportvector machine.Case Studies in Thermal Engineering. 2022(SCI)
[15] Zhaolong Li, et al. A Review of 3D Printed Bone Implants. Micromachines. 2022(SCI)
[16] Zhaolong Li, et al. Experimental Research and Multi-Physical Field CouplingSimulation of Electrochemical Machining Based on Gas–LiquidTwo-Phase Flow. Micromachines. 2022(SCI)
[17]Li Zhaolong, et al. Simulation Analysis of Multi-Physical Field Coupling andParameter Optimization of ECM Miniature Bearing Outer RingBased on the Gas-Liquid Two-Phase Turbulent Flow Model. Micromachines. 2022(SCI)
[18] Li Zhaolong, et al. Thermal error modeling of motorized spindle based on Elman neural network optimized by sparrow search algorithm. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2022(SCI)
[19]Li Zhaolong, et al. Recent Patents on 3D Printing Technology in Artificial Bone Printing Devices, Materials, and Related Applications. Recent Patents on Engineering. 2023 (EI).
[20]Zhaolong Li, et al. Research on ECM of Deep Small Holes with Positive and Negative Pulse Power.Recent Patents on Engineering. 2023 (EI).
[21] Li, Zhaolong, et al. Recent Patents on Cooling System of CNC Machine Tools. Recent Patents on Engineering. 2023. (EI).
[22] Li Zhaolong, et al. Simulation analysis model of high-speed motorized spindle structure based onthermal load optimization.Case Studies in Thermal Engineering. 2023(SCI)
[23] Li Zhaolong, et al. Recent Patents on Preparation Methods and Mechanical Stability ofSuperhydrophobic Surface.Recent Patents on Mechanical Engineering. 2023(EI).
[24] Li Zhaolong, et al. Simulation and Experiment of WEDM Double-scale Array Microstructure Surface Wetting Performance. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2023(SCI)
[25] Zhaolong Li, et al. Experimental Study on Thermal Deformation Suppression and Cooling Structure Optimization of Double Pendulum Angle Milling Head. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2023(SCI)
[26] Zhaolong Li, et al. Heat Transfer Theory Research and Multi-Physical Field Simulation Optimization of High-Speed Motorized Spindle. Case Studies in Thermal Engineering. 2023(SCI)
[27] Li Zhaolong, et al. Optimization of cooling water jacket structure of high-speed electric spindle based on response surface method.Case Studies in Thermal Engineering. 2023(SCI)
[28]Li Zhaolong, et al.Design and thermal characteristic analysis of motorized spindle cooling water jacket. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2023(SCI)
[29]Zhaolong Li, et al. Study of Heat Transfer Performance of Miniature Heat Sink for Integrated Circuit Packaging Field.Case Studies in Thermal Engineering. 2023(SCI)
[30] Li Zhaolong, et al.WEDM one step preparation of miniature heat sink with superhydrophobic and efficient heat transfer performance. INTERNATIONAL JOURNAL OF ADVANCED MANUFACTURING TECHNOLOGY. 2023(SCI)
[31]李兆龙,等.高速电主轴热漏洞抵偿及结构优化经营证明.哈尔滨理工大学学报. 2024(中语中枢)
[32] Li Zhaolong, et al. Recent Patents of Micro-arc Oxidation Technology.Recent Patents on Mechanical Engineering. 2024(EI).
[33] Li Zhaolong, et al.Recent Patents of Thermal Error Modeling and Thermal Error Prediction of CNC Machine Tool Spindle.Recent Patents on Mechanical Engineering. 2024(EI).
[34] Li Zhaolong, et al.Research on the growth behavior of scanning microarc oxide film.Journal of Mechanical Science and Technology. 2024(SCI)
进入国外学术会议情况
[1] 2019年6月进入 “2019机械联想国外会议暨第20届机械联想学术年会”
[2] 2022年8月进入 “2021机械联想国外会议暨第21届机械联想学术年会”
[3] 2023年5月进入“第三届中国仿真时间产业岑岭论坛”
已授权专利
[1] 一种用于电解加工辗转深小孔的SMA金属用具电极.专利号:201520149542.5(实用新式)
[2] 一种聘请SMA金属用具电极电解加工辗转孔的安装.专利号:201520148195.4(实用新式)
[3] 一种用于金属3D打印的名义确立塑性安装.专利号:201510014993.2(发明专利)
[4] 一种辗转群孔电解加工安装.专利号:201820799077.3(实用新式)
[5] 一种基于高频正负脉冲电源的深小孔电解加工安装.专利号:201820805432.2(实用新式)
[6] 一种电解加工机床主轴用可调式振动安装.专利号:2019109019764.3(发明专利)
[7] 一种电解加工振动进给通达兑现安装.专利号:201910919788.9(发明专利)
[8] 一种袖珍散热器传热性能仿真建模与尺寸参数优化的要道.专利号:202310570278.1(发明专利)
[9] 一种基于多物理场耦合分析下电解加工球面的仿真要道.专利号:202210196805.2(发明专利)
[10] 一种AVOA优化LSTM神经网罗主轴热漏洞建模要道.专利号:202311115617.3(发明专利)
[11] 一种鹈鹕算法优化锐利期驰念网罗主轴热漏洞建模要道.专利号:202310867275.4(发明专利)
[12] 一种朔方苍鹰算法优化KELM神经网罗电主轴热漏洞建模要道.专利号:202310867274.X (发明专利)
12.出书专著[1]《机械制图与AutoCAD》,主编,化学工业出书社,2014
[2]《物流工程熟谙指引教程》,副主编,东北林业大学出书社,2016
[3]《AutoCAD中语版基础教程》,副主编,延边大学出书社,2018
[4]《电主轴热漏洞建模时间经营》,第二主编,科学出书社,2023
13奖项效用[1] 第九届黑龙江省“龙江杯”大学生先进成图时间与居品信息建模翻新大赛二等奖,2017
[2]第八届世界TRIZ杯大学生翻新要道大赛三等奖,2020
[3] 二零二三年度“哈尔滨理工大学第二节大学生物理实验竞赛”二等奖,2023
14.招生信息招生条款:
喜爱科研、相识肯干
具备塌实的数学基础、邃密的英文阅读写稿本事
宽宥有酷好从事本课题组经营处所、喜爱科学经营的年青一又友加入咱们团队。