高仁璟，博士，教授，博士生导师，辽宁省教学名师。担任开云平台首页 车辆工程国家虚拟教学中心主任。主要研究领域为无线通讯技术、智能网联控制技术、电机优化设计、电池管理系统设计与应用。近年来在国内外重要期刊发表学术论文70余篇，授权国家发明专利30余项。出版教材5部，包括普通高等教育十二五规划教材1部，由机械工业出版社出版。近5年来主持国家自然科学基金面上项目2项，装备预先研究项目1项，深圳市科创委计划项目1项。参加973课题、GF973、中航产学研创新项目和国家自然科学基金10余项。主持完成和在研无线通信控制技术、车辆定位技术、料车无人驾驶、毫米波雷达天线设计、智能变体等设计开发项目20余项。

近几年发表的相关学术论文：

1.Zhiqiang Lyu, Renjing Gao*, Lin Chen,Li-Ion Battery State of Health Estimation and Remaining Useful Life Prediction through a Model-Data-Fusion Method, IEEE Transactions on Power Electronics, 36(6), 6228-6240, 2021

2. Zhiqiang Lyu, Renjing Gao*, Xiaoyu Li, A Partial Charging Curve-based Data-Fusion-Model Method for Capacity Estimation of Li-IonBattery,Journal of Power Sources (ELS), 483(2021): 229131(13), 2021

3.Wang, Qi;Xiao, Han;Yang, Jun, Gao Renjing*, Liu shutian,Mapping-Based Pattern Synthesis of Concentric Elliptical Arrays for Sidelode Suppression and Aperture Reduction, IEEE ANTENNAS AND WIRELESS PROPAGATION LETTERS, 9(12): 2206-2210, 2020

4. Shi Pengfei, Gao Renjing, Liu shutian, Enhanced transmission through sub-wavelength aperture in specific frequency band by using topology optimized metamaterals, Optics Express, 28(21):30340-31780, 2020

5. Wang, Q; Yang, J; Tang, Y; Gao, RJ; Liu, ST, Optimization Method for Pattern Synthesis of Sparse Planar Arrays Considering Mutual Coupling and Nonoverlapping Constraint, IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION, 68(8): 6032-6038, 2020

6. Lyu Zhiqiang, Gao Renjing*, Li-ion battery state of health estimation through Gaussian process regression with Thevenin model, International Journal of Energy Research, 44(13), 2020

7. Liu Chuan, Gao Renjing, Wang Qi, Liu Shutian, A Design of Ultra-wideband Linear Cross-Polarization Conversion Metasurface with High Efficiency and Ultra-thin Thickness, journal of applied physics, 127(15): 153103, 2020

8. Tian Xiangyu, Chen Wenjiong, Gao Renjing, Liu Shutian, CLUSTERING BASED THREE-SCALE CONCURRENT TOPOLOGY OPTIMIZATION WITH MACROSTRUCTURE, COMPONENTS AND MATERIALS, Applied Physics Express, 13(4): 045503, 2020

9. Tian Xiangyu, Chen Wenjiong, Gao Renjing, Liu Shutian, Perforation-Rotation Based Approach for Band Gap Creation and Enlargement in Low Porosity Architected Materials, Composite structures, 245(2020): 112331, 2020

10. Gao Renjing, Tang yi, Wang qi, Liu shutian, Pattern Synthesis considering Mutual Coupling for Peak Sidelobe Suppression and Null controlling via Element Rotation and Phase Optimization, Engineering optimization, 2020

11. Mingli Li, Renjing Gao*, Shutian Liu, Liyong Tong, Analysis and test of a novel pre-compressed cruciform energy harvester, Sensors and Actuators A-Physics, 302(2020):111807, 2020

12. Mingli Li, Renjing Gao*, Shutian Liu, Liyong Tong, Modeling, analysis and validation of a novel asymmetric cruciform harvester with d15 mode, Smart materials and Structures, 29(2) 025014 (11PP), 2020

13. Wang qi; Gao Renjing; Liu Shutian,Mapping-based Optimization Method for Pattern Synthesis via Array Element Rotation, IEEE Transactions on Antenna and Propagation, 68(4):2736-2742, 2020

14. Lyu Ziqiang, Gao Renjing*, A model-based and data-driven joint method for state-of-health estimation of lithium-ion battery in electric vehicles, International Journal of Energy Research, 43(14):7956-7969, 2019

15.赵剑,程凯,高仁璟,柔性双稳态结构分岔跳跃模式的探讨,机械工程学报, 55(5):74-81, 2019

16.高仁璟,李明丽,赵剑*,刘书田，基于预应力和局部加强结构的特定性能双稳态结构设计,机械工程学报, 55（3）：162-168, 2019

17.刘川,王奇,高仁璟*,刘书田,基于拓扑与形状优化的小型化金属天线设计方法,计算力学学报, 36(6):713-720, 2019

18. Gao Renjing, Li Mingli, Wang qi, Zhao jian, Liu Shutian*, A novel design method of bistable structures with required snap-through properties, Sensors and Actuators A-Physics, 272:295-300, 2018

19. Chen Wenjiong, Tian Xiangyu, Gao Renjing, Liu Shutian. A low porosity perforated mechanical metamaterial with negative Poisson’s ratio and band gaps. Smart Materials and Structures, 27(11): 115010, 2018

20.刘骥,高仁璟*,刘书田,基于压电悬臂梁的驱动器与传感器性能分析的精确解析模型,光学精密工程, 26(2):380-387, 2018

21.高仁璟,李明丽,王奇,赵剑,刘书田,局部加强体对预压双稳态结构跳转力学特征的影响分析,光学精密工程, 26(4):884-893, 2018

22. Shi Pengfei, Gao Renjing, Liu Shutian, Topology optimization-based design of metamaterial-inspired sensor with improved sensitivity, Sensors and Actuators A-Physical, 268:83-90, 2017

23.史鹏飞,高仁璟,刘书田,基于模糊数学的贴片式左手超材料微结构选择方法研究,计算力学学报, 34(4):440-446, 2017

24. Wang Qi, Gao Renjing, Liu Shutian, Topology Optimization-based design method of dual-band antennas, Multidiscipline modeling in materials and structures, 13:11-25, 2017

25. Wang Qi, Gao Renjing, Liu Shutian*, Topology optimization based design of unilateral NMR for generating a remote homogeneous field, Journal of Magentic Resonance, 279:51-59, 2017

26. Wang Qi, Gao Renjing, Liu Shutian*, A novel parameterization method for the topology optimization of metallic antenna design, Acta Mechanica Sinica, 33:1040-1050, 2017

27. Gao Renjing, Huang Yu, Wenxin, Zhao Jian*, Liu Shutian, Method to further improve sensitivity for high-order vibration mode mass sensors with stepped cantilevers, IEEE Sensor Journal, 17: 4405-4411, 2017

28.赵剑,张淑敏,高仁璟*,基于构型优化的高阶模态微质量传感器灵敏度提升方法,光学精密工程, 25(3):655-662, 2017