南京航空航天大学主页平台管理系统 Yang Lin--Lin Yang--Home

Yang Lin

Associate Professor
Supervisor of Master's Candidates

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中文

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Lin Yang, male, 1981

2016.06 to date	Nanjing University of Aeronautics and Astronautics	Mechanical design and theory	Associate Professor
2010.04-2016.06	Nanjing University of Aeronautics and Astronautics	Mechanical design and theory	Lecturer
2003.09-2010.03	Nanjing University of Aeronautics and Astronautics	Mechanical and electronic engineering	Ph.D.
1999.09-2003.06	Nanjing University of Aeronautics and Astronautics	Aircraft Environmental Support and Life Engineering (Air Conditioning and Refrigeration)	Bachelor

2019	Nanjing young and middle-aged top talent, Jiangning District young and middle-aged outstanding talent
2018	CEO, NUAA Super Control Technologies Co., Ltd.,
2017	Deputy Director of ultrasonic Motor National and local joint engineering Laboratory

2022	Jiangsu Science and Technology Award, second prize, ranking 3/10
2021	Gold Award of the 7th China International "Internet +" College Student Innovation and Entrepreneurship Competition, one of the instructors (ranked 5th)
2014	Chinese Society of Aeronautical Science and Technology Award, second prize, ranking 8/10
2007	Chinese Society of Aeronautical Science and Technology Award, second prize, ranking 4/10

2023	Young editorial member, Journal of Naval Aviation University
2018	Editor, Journal of Vibration, measurement and Diagnosis
	《Journal of Vibration, measurement and Diagnosis》、《Ultrasonics》、《IEEE ON INDUSTRIAL ELECTRONICS》、《shock and vibration》、《APPLIED ACOUSTICS》、《IEEE ACCESS》、《Journal of Mechanical Engineering Science》、《Journal of Vibration and Control》 Journal reviewer
2022	Senior member of China Vibration Engineering Society
2019	Member of the first Board of Directors of the Vision and Hearing Health Industry Technology Innovation Alliance

2023	Evaluation expert for Guangdong Basic and applied basic Research Fund project
2022	Communications review specialist for National Natural Science Foundation of China
2020	Review expert for National high-tech enterprises
2019	China (Nanjing) Intellectual property protection technology expert

2019	Participated in the formulation of national standards for ultrasonic motors GB/T 38337-19
2018	Participated in the development of ultrasonic motor industry standards WJ 20391.1-2018
2011	Participated in writing 《Ultrasonic motors:Technologies and Applications》

2024	Research on Short-time High-precision Strong-stiffness Position Control Method of Ultrasonic Motor for Tracking System in APT，National Natural Science Foundation of China, Surface item，CNY 550,000, Lead
2023	**** Research on the influence mechanism and evaluation Method of fatigue performance of *, National Major Science and Technology Special Project, CNY 2,000,000, Lead
2022	***** Research on Piezoelectric Drive and Control Law of Mechanism, Jiangsu Province Frontier Key Project, CNY 2,850,000, Lead
2022	****** Ultrasonic motor Research, 173 topics, CNY 8,000,000, Lead
2021	Vibration and control theory based on *****，KSFC, CNY 1,980,000, Lead
2016	45 ultrasonic motors for satellites，Xi 'an Branch of the fifth aerospace Academy, CNY 1,080,000, Lead
2012	Research and design of ultrasonic motor in extreme environment based on thermal analysis technology, National Natural Science Foundation, Youth Foundation, CNY 250,000, Lead

2012	Basic research on ultrasonic motor technical standards, National Natural Science Foundation of China, Surface item, CNY 800,000, participation
2011	Basic research on ultrasonic Capture and Release technology of micro/Nano particles, National Natural Science Foundation of China, Surface item, CNY 600,000, participated
2008	Research on new IPMC artificial muscle five-finger dexterous handNational Natural Science Foundation of China, Surface item, CNY 360,000, participated
2004	Exploratory research of linear motor based on artificial muscle, National Natural Science Foundation, Youth Foundation, CNY 240,000, participated

图片 1.png

Fig.1 National standard for ultrasonic motors developed as a core member

He has been engaged in the research of mechanical design, process technology and drive control technology of new actuator of ultrasonic motor. In the process of research, a set of comprehensive optimization methods for the material, structure and process of the existing ultrasonic motor is proposed, which breaks some operation rules of the original ultrasonic motor and breaks through the key technology of the ultrasonic motor. The anti-interference technology of ultrasonic motor under high magnetic field environment is proposed, and the structure and drive control of ultrasonic motor under high magnetic field environment are optimized.

He presided over and completed the development of "special ultrasonic motor" and on January 17, 2022, the expert committee headed by Academician Zhu Shining, organized by Jiangsu Provincial Department of Industry and Information Technology, identified the "special ultrasonic motor" : The overall technology of special ultrasonic motor has reached the international advanced level, and the technical indicators such as energy exchange efficiency, low speed, large hollow aperture, and angular resolution are at the international leading level.

图片 2.png

Fig.2 Presided over and completed the development of "special ultrasonic motor"

A variety of qualified ultrasonic motors have been developed and applied in a variety of space satellites. The developed CSX76S3-60-TY ultrasonic motor is used to drive the solar wings and antennas of "Haisi-1" and "Chaohu-1" satellites, as shown in Fig.3. After launch, the telemetry parameters are normal, the antennas are normally deployed, and the positioning accuracy is as high as 10 arc seconds. The developed CSX120ZK ultrasonic motor has also been successfully applied to satellite laser communication payloads such as "Xingyun 2", "Qilu 1" and "Qilu 2", and has been running well since orbit, making outstanding contributions to the realization of inter-satellite chain construction and communication tasks for laser communication machines.

图片 3.png

Fig.3 Application of the ultrasonic motor developed in space satellite

Published papers:

[1] Yang L, Hu X, Yang M, et al. A novel traveling wave rotary ultrasonic motor with piezoelectric backup function[J]. JOURNAL OF INTELLIGENT MATERIAL SYSTEMS AND STRUCTURES, 2023, 10.1177/1045389X231187484.

[2] Ren W, Yoshioka H, Yang L, et al. A Wire-Driven Series Elastic Mechanism Based on Ultrasonic Motor for Walking Assistive System[J]. CHINESE JOURNAL OF MECHANICAL ENGINEERING, 2023,36(1).

[3] Yang L, Huan Y, Ren W, et al. Position control method for ultrasonic motors based on beat traveling wave theory[J]. Ultrasonics, 2022,125:106793.

[4] Li H L, Ren W H, Yang L, et al. Tunable-focus liquid lens actuated by a novel piezoelectric motor[J]. PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART C-JOURNAL OF MECHANICAL ENGINEERING SCIENCE, 2021,235(19):4337-4347.

[5] Yang L, Ma C C, Ren W H, et al. Beat traveling wave principle and its verification on rotating ultrasonic motor[J]. JOURNAL OF VIBRATION AND CONTROL, 2021,27(19-20):2354-2367.

[6] Yang L, Ren W, Ma C, et al. Mechanical simulation and contact analysis of the hybrid longitudinal-torsional ultrasonic motor[J]. Ultrasonics, 2020,100(UNSP 105982):105982.

[7] Ren W H, Yang M J, Chen L, Yang L. Mechanical optimization of a novel hollow traveling wave rotary ultrasonic motor[J]. JOURNAL OF INTELLIGENT MATERIAL SYSTEMS AND STRUCTURES, 2020,31(8):1091-1100.

[8] Ren W, Yang L, Ma C, et al. Output performance simulation and contact analysis of traveling wave rotary ultrasonic motor based on ADINA[J]. Computers and Structures, 2019,216:15-25.

[9] Yang L, Wang F, Zhang J, et al. Remaining useful life prediction of ultrasonic motor based on Elman neural network with improved particle swarm optimization[J]. Measurement, 2019,143:27-38.

[10] Zhang J, Yang L, Ma C, et al. Improving efficiency of traveling wave rotary ultrasonic motor by optimizing stator[J]. Review of Scientific Instruments, 2019,90(5):56104.

[11] Zhang J, Yang L, Chen H, et al. Design of Travelling-Wave Rotating Ultrasonic Motor under High Overload Environments: Impact Dynamics Simulation and Experimental Validation[J]. Applied Sciences, 2019,9(24):5309.

[12] Yang L, Zhu X, Di S. A type of dual-rotor hybrid ultrasonic motor based on vibration of four side panels[J]. JOURNAL OF INTELLIGENT MATERIAL SYSTEMS AND STRUCTURES, 2017,28(14):1916-1924.

[13] Yang L, Zhu X X, Chen X Y. A novel type of hybrid ultrasonic motor using longitudinal and torsional vibration modes with side panels[J]. JOURNAL OF VIBROENGINEERING, 2016,18(2):759-767.

[14] Yang L, Wang L, Yu L, et al. Fluid-Structure Interaction Study on the Influence of Circular Gap of Parachute on Inflation Performance with Fixed Payload[J]. JOURNAL OF ENGINEERED FIBERS AND FABRICS, 2015,10(1):174-185.

[15] Yang L, Zhao C. Flexible supporting and fixing method for hybrid ultrasonic motor using longitudinal and torsional vibration modes[J]. JOURNAL OF VIBROENGINEERING, 2014,16(6):2854-2861.

[16] Yang L, Jiang C, Yao Z. The research on the performance of linear ultrasonic motor under different temperature[J]. JOURNAL OF VIBROENGINEERING, 2014,16(2):792-799.

[17] 任韦豪, 李晓牛, 杨淋, 等. 超声电机在生物医疗领域的应用与发展趋势综述[J]. 生命科学仪器, 2022,20(01):17-22.

[18] 杨淋, 陈亮, 任韦豪, 等. 新型行波直线超声电机的结构与有限元分析[J]. 振动、测试与诊断, 2022(第3期):439-445.

[19] 张蕉蕉, 杨淋, 陈亮. 过载下超声电机设计及预压力分析[J]. 振动、测试与诊断, 2020(第4期):807-811.

[20] 杨淋, 赵淳生. 军民两用高性能超声电机的研发和产业化[J]. 军民两用技术与产品, 2018(第9期):40-43.

[21] 尹育聪, 杨淋. 共阶梯轴双定/转子超声电机的极端环境试验研究[J]. 中国电机工程学报, 2015,35(22):5877-5884.

[22] 杨淋, 赵淳生. 大力矩应力型纵扭复合超声电机[J]. 振动.测试与诊断, 2012,32(S1):126-131.

[23] 万龙飞, 丁庆军, 杨淋, 等. 一种新型盘式行波型压电钻[J]. 振动.测试与诊断, 2011,31(06):771-773.

[24] 杨淋, 赵淳生, 张建辉, 等. 斜槽式模态转换型超声电机振动分析及性能[J]. 北京工业大学学报, 2010,v.36(07):870-875.

[25] 杨淋, 丁庆军, 黄卫清, 等. 斜槽式纵扭模态转换型超声电机在不同摩擦副下的负载特性研究[J]. 中国电机工程学报, 2010,30(15):94-98.

[26] 杨淋, 金家楣, 赵淳生. 一种新型孔式模态转换型超声电机[J]. 振动、测试与诊断, 2009,29(2):133-136.

Authorized invention patents:

[1] Lin Yang; Mojian Yang; Chunsheng Zhao. HIGH-TORQUE AND HIGH-PRECISION ULTRASONIC MOTOR WITH SELF-PROTECTION FUNCTION AND IMPLEMENTATION MODE THEREOF. United States Patent:2023-09-19, US 11,764,705 B2

[2] 朱华, 杨淋, 赵淳生, 徐涛. 一种超声电机压电陶瓷加工用流水线及加工工艺:2023-08-25, CN113922699B

[3] 任韦豪, 杨淋, 杨模尖, 赵淳生. 一种行波旋转型超声电机动力学仿真方法:2023-07-07, CN115952625B

[4] 杨模尖, 杨淋, 赵淳生, 等. 一种同轴无限串联定、转子的超声电机: 2023-01-06, CN115580167B

[5] 杨淋, 杨模尖, 赵淳生. 一种具有自我保护功能的大转矩、高精度超声电机及其工作方法: 2022-10-28, CN114070127B

[6] 杨模尖, 杨淋, 赵淳生. 一种抗高过载双定转子串联超声电机及实施方式: 2022-10-11, CN113206617B

[7] 杨模尖, 杨淋, 赵淳生. 一种具有备份功能的旋转型行波超声电机及其驱动控制方法: 2022-09-27, CN111682795B

[8] 杨模尖, 杨淋, 赵淳生. 一种超声电机定子弹性体组件的电磁屏蔽和绝缘结构: 2022-08-05, CN114665743B

[9] 杨模尖, 杨淋, 赵淳生, 等. 一种四定转子串联超声电机: 2022-07-01, CN114696656B

[10] 朱华, 杨淋, 赵淳生, 汪红星. 一种基于机器视觉的超声电机定子定位装置及其工作方法:2022-06-17, CN113751989B

[11] 朱华, 杨淋, 赵淳生, 徐涛. 一种基于机器视觉的超声电机多点定位装配机构及其方法:2022-05-27, CN113695776B

[12] 赵淳生, 梁大志, 杨淋. 基于双PWM功率驱动拓扑结构的单相脉冲调速控制方法: 2022-03-08, CN110289784B

[13] 杨淋, 李涵璐, 徐飞龙, 等. 一种基于压电致动的液体可变焦透镜及驱动方法: 2021-11-02, CN111796347B

[14] 赵淳生, 梁大志, 杨淋. 一种超声电机高精度作动传感器实现方法: 2021-05-28, CN110319767B

[15] 杨淋, 马成成, 任韦豪. 一种可以缩短响应时间的变频振动方法以及振动致动器: 2020-03-27, CN110932597B

[16] 杨淋, 陈翔宇, 朱星星. 一种肋板位移型纵扭复合超声电机: 2018-02-16, CN105305875B

[17] 杨淋, 陈翔宇, 朱星星. 一种肋板应力型纵扭复合超声电机: 2018-02-16, CN105305876B

[18] 杨淋, 朱星星. 一种防尘式行波型超声电机预压力转子系统: 2018-01-12, CN105827148B

[19] 杨淋, 朱星星, 陈翔宇. 一种肋板激发式位移型纵扭复合超声电机: 2017-09-05, CN105305874B

[20] 杨淋, 荣伟, 程涵, 等. 一种考虑织物透气性的降落伞气动性能分析方法: 2017-01-11, CN103544053B

[21] 杨淋, 朱华, 赵淳生. 一种直接驱动负载的微型超声电机定位控制装置: 2016-04-27, CN103354432B

[22] 杨淋, 朱华. 具有转轴位置清零功能的超声电机: 2015-08-05, CN102843065B

[23] 杨淋, 朱华, 赵淳生. 微型模态转换型超声电机的柔性安装固定装置: 2015-08-05, CN103354430B

[24] 杨淋, 朱华, 赵淳生. 一种直接驱动负载的微型超声电机定位控制装置: 2014-02-05, CN103354432B

[25] 赵淳生, 杨淋. 基于d31效应的单向贴片式纵扭复合型超声电机: 2012-01-11, CN101777853B

[26] 赵淳生, 杨淋. 大力矩双转子应力型纵扭复合超声电机及电激励方法: 2011-11-30, CN101719735B

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