学术论文
- K Y. Chen,H. Bao. A unified full-field deformation measurement method for beam-like structure[J]. IEEE Transactions on Instrumentation and Measurement,2022, 85: 1-10.
- S T.Niu ,Y Zhao ,H Bao. Shape sensing of plate structures through coupling inverse finite element method and scaled boundary element analysis[J]. Measurement,2022,190
- F.F Zhao, H Bao , J.F Liu, K.X Li. Shape sensing of multilayered composite and sandwich beams based on Refined Zigzag Theory and inverse finite element method[J]. Composite Structures,2021,261:113321-113332
- F.F Zhao, H Bao , J.L Du. A Real-Time Deformation Displacement Measurement Method for Timoshenko Beams With Multiple Singularities, IEEE Transactions on Instrumentation and Measurement, 2021,70:1-10.
- S.T Niu, K.X Li, J.F Liu, H Bao. A Refined Shape Sensing Method for Skin Antenna Structure Based on Inverse Finite Element Method[J]. Applied Sciences,2020,10(21):7620-7632.
- F.F Zhao, H Bao . An improved inverse finite element method for shape sensing using isogeometric analysis [J].Measurement, 2021,167:108282-108296.
- K Y .Chen,H. Bao. Shape sensing of Timoshenko beam subjected to complex multi-node loads using isogeometric analysis[J]. Measuremen.
- 赵飞飞,曹开拓,保宏,高国明.Timoshenko梁的变形场重构及传感器位置优化[J].机械工程学报,2020,56(20):1-11
- F.F Zhao, L.B Xu, H Bao, Du J.L. Shape sensing of variable cross-section beam using the inverse finite element method and isogeometric analysis[J]. Measurement,2020,158:107656
- L.B Xu, F.F Zhao, J.L Du, H Bao . Two-Step Calibration Method for Inverse Finite Element with Small Sample Features[J]. Sensors,2020, 20(16): E4602-4618.
- Fu, Zhen; Zhao, Yong; Bao, Hong; Zhao, Feifei. Dynamic Deformation Reconstruction of Variable Section WING with Fiber Bragg Grating Sensors. Sensors, 2019, 2019,19(15)
- Zhi-yong LIU,Hong BAO,Song XUE,Jing-li DU . Fault Estimator and Diagnosis for Generalized Linear Discrete-time System via Self-constructing Fuzzy UKF Method. International Journal of Fuzzy Systems, 2019
- Feifei Zhao,Hong Bao, Song Xue and Qian Xu. Multi-Objective Particle Swarm Optimization of Sensor Distribution Scheme with Consideration of the Accuracy and the Robustness for Deformation Reconstruction. Sensors, 2019, 2019,19（6)1306
- Yong Zhao,Jingli Du,Hong Bao*,Qian Xu. Real-Time Monitoring of the Position and Orientation of a Radio Telescope Sub-Reflector with Fiber Bragg Grating Sensors. Sensors, 2019, 1 2019, 19(3), 1-14
- 章丹丹,保宏,尉胜腾,许谦. 大射电望远镜系统输出滞后补偿. 电子机械工程,2018, 2018：34(3):60-64.
- 张洁钰,保宏. 25m射电望远镜俯仰系统的全过程建模. 电子机械工程,2018, 2018： 5（34），50-56
- Zhi-yong LIU, Hong BAO, Song XUE, Jing-li DU. Adaptive Reduced Dimension Fuzzy Decoupling Control Method with its Application to a Deployable Antenna Panel. International Journal of Aerospace Engineering,2018, 2018：1-10
- Yong Zhao, Jingli Du, Hong Bao*, Qian Xu. Optimal Sensor Placement based on Eigenvalues Analysis for Sensing Deformation of Wing Frame using iFEM. Sensors,2018, 18（8）：1-20
- Yong Zhao, Jingli Du, Hong Bao*, Qian Xu. Optimal Sensor Placement for Inverse Finite Element Reconstruction of Three Dimensional Frame Deformation. International Journal of Aerospace Engineering,2018, 2018，1-10
- 曹鹏,保宏,杜敬利,彭福军. 空间薄膜天线索膜建模与形状优化[J]. 西电学报,2018, 45(2)
- 潘兴琳,保宏,张旭东. 基于模糊的框架变形重构的应变测量修正[J].振动、测试与诊断,2018, 2:360-364,423.
- Yong Zhao, Hong Bao, Xuechao Duan,Hongmei Fang. The Application Research of Inverse Finite Element Method for Frame Deformation Estimating. International Journal of Aerospace Engineering,2017, 2017:（1-8）
- 冷国俊,保宏,陈睿,祁成武. 振动条件下的晶振稳健性机理研究[J]工程力学,2017, 34（1）：235-242
- Naigang Hu, Hong Bao*,Baoyan Duan.et al. Topology optimization of reflector antennas based on integrated thermal-structural-electromagnetic analysis. Struct and Multidisciplinary Optimization,2017, 55(2):715-722.
- Lili Tian,Hong Bao*,Meng Wang,Xuechao Duan.Modeling and Control of the Redundant Parallel Adjustment Mechanism on a Deployable Antenna Panel, Sensors, 2016, 16(10):1-12.
- Yong Zhao, Hong Bao*, Xuechao Duan, Hongmei Fang.Research of Situ Strain of Measuring Flexible Truss Deformation Based on Fuzzy Network Method.2016 International Conference on Computer Engineering, Information Science & Application Technology (ICCIA 2016),Guilin,China,2016, 2016．9.24-9.25, 401-410
- Lei Binbin, Duan Xuechao,HongBao*, Xu Qian. Derivation and analysis on the analytical structure of interval type-2 fuzzy controller with two nonlinear fuzzy sets for each input variable. Frontiers of Information Technology & Electronic Engineering,2016, 17(6): 587-602.
- 雷宾宾,保宏*,许谦. 区间二型模糊PI/PD控制器设计与结构分析. 电机与控制学报,2016, 20(6)：50-62
- Siyuan Feng, Hong Bao*,Xuechao Duan.A Novel Online Self-Structuring Fuzzy Control Algorithm and Its Application. Mathematical Problems in Engineering,2015, 2015:1-10
- 胡乃刚,保宏*,连培园,宗亚雳,周金柱. 大型相控阵天线结构与调整机构一体化设计. 机械工程学报,2015, 2015(1):196-202
- 封思远,保宏*,张旭东.基于模糊网络的机翼天线变形测量方法. 现代雷达,2015, 37（11）：59-63，72
发明专利
- 保宏、史栋梁、赵勇、段学超、樊乔志、许谦. 一种基于应变的天线副面位姿实时测量方法. 申请日期：2018.04.09. ZL201810311580.4
- 曹鹏、保宏、段宝岩. 一种空间平面薄膜天线可展开机构. 申请日期：2017.07.24. CN201710607804.1
- 曹鹏、保宏、李玉宇. 一种基于索张力不确定性的平面薄膜天线薄膜形状确定方法. 申请日期：2017.01.12. CN201710021800.5
- 杜敬利、许威、魏传达、保宏、段学超. 一种螺旋式展开天线反射面的切割方法及其展开装置. 申请日期：2016.10.19. ZL201510259856.5
- 冷国俊、陈睿、保宏、张文堃、何著、尹本浩、张波、蒋冬冬、朱劼昊. 晶振频率漂移感知技术. 申请日期：2016.09.14. CN104122440B
- 杜敬利，杨海晓，保宏，丁文，崔传贞，段学超. 一种素牵引并联平动脚手架平台装置. 申请日期：2016.06.08. ZL201310729371.9
- 陈士明，保宏，阚宏伟，史栋梁. .一种基于应变的框架结构弹性变形的测量方法. 申请日期：2017.06.05. CN201710415345.7
- 杜敬利，保宏，魏传达，赵泽，段学超，韩生弟. 一种基于应变传感器的天线结构变形的间接测量方法. 申请日期：2016.04.06. ZL201410012927.7
- 杜敬利，保宏，魏传达，杨东武，张逸群，段学超. 一种索网反射面可展开天线螺纹差动素长调整装置及调整方法. 申请日期：2016.03.30. ZL201410175151.0
- 周金柱，何庆强，保宏，李明，黄进，陈光达，王从思，宋立伟. 结构功能一体化机翼天线. 申请日期：2016.01.14. ZL201410135872.9
- 保宏，田丽丽，冷国俊，杜敬利，张国星，段学超，葛世滨. 两自由度的微型柔性铰链减振平台及减振方法. 申请日期：2016.01.13. ZL201410332711.9
- 葛世滨，段学超，保宏，米建伟，程壁，杨勇智. 一种微型斜面减振器. 申请日期：2015.09.09. CN201510296128.1
- 张晓伟，段学超，保宏，程壁，郑涛，杨勇智. 一种具有2转动自由度的球面并联机构. 申请日期：2015.07.08. CN201520004328.0
- 米建伟，房东阳，保宏，段学超. 一种晶振减振主动减振机构的控制系统. 申请日期：2015.07.01. CN1047500064A
- 葛世滨，段学超，保宏，杜敬利，张国星. 一种基于柔性簧片的晶振减振装置. 申请日期：2015.06.17. CN201510053652.6
- 赵泽，雷宾宾，仇原鹰，保宏，冷国俊，杜敬利. 具有空间三自由度的平动装置及方法. 申请日期：2015. 03.04. CN104385261A