LeihaoJiao
LeihaoJiao
PhD Student, Engineering
Major: Mechanical Engineering
Email: jiao_lh@tju.edu.cn
Room: Room 124, Building 37
Phone: ---
 

Study & Job:                                                              

2017.09-Now   Tianjin University, Mechanical Engineer, PhD Student
2014.09-2017.06 Yanshan University, Mechanical and Electronic Engineering, Master
2010.09-2014.07 Yanshan University, Mechanical Engineering and Automation, Bachelor

 

Research Interests:                                                           

  • Deployable Structures
  • Rigid Origami
  • Mechanism and Robotics
  •  

    Journal Papers:                                                             

    [1] Zhao Y Z, Jiao L H, Weng D C, Zhang D, Zheng R C. Decoupling Principle Analysis and Development of a Parallel Three-Dimensional Force Sensor, Sensors, 16(2016) 1-23. (doi:10.3390/s16091506).
    [2] Zhao Y Z, Jiao L H, Weng D C, Li Y, Liu X X. Development and Experimental Study of a Novel Weak Coupling Parallel Three-dimensional Force Sensor. ICIC Express Letters. 2017, 11 (2).
    [3] Zhao Y Z, Jiao L H, Niu Z, Lu C, Zhao T S. Design and Simulation of Mechanical Decoupling Self-calibration Parallel Six Dimensional Force Sensors[J]. China Mechanical Engineering, 2017, 7(28): 771-778.
    [4] Zhao Y Z, Jiao L H, Wang X N, Ren Y B, Wei H L, Yu Y B. Static Calculation and Load Sharing Characteristics Analysis of Double Parallel Over-constrained Lifting Mechanisms of Schnabel Car[J]. China Mechanical Engineering, 2017, 5(28): 576-582.
    [5] Zhao Y Z, Jiao L H, Wu X, Li Y, Liu X X, Yu Y B. Mathematical Modeling and Experimental Research of Active-static Electro-hydraulic Force Measurement based on Friction and Leakage Compensation[J]. Journal of Yanshan University, 2016, 40(5): 399-406.
    [6] Zhao Y Z, Jiao L H, Wu X, Liu X X, Song X C. Mathematical Modeling and Experimental Research of Passive Electro-hydraulic Force Measurement Based on the Friction and Leakage Compensation[J]. Manufacturing Technology and Machine Tools, 2016, 10: 95-101.
    [7] Zhao Y Z, Niu Z, Jiao L H, Cao Y C, Zhao T S. Measurement Model and Calibration Experiment of New Over-constrained and Orthogonal Parallel Six-dimensional Force Sensor[J]. Chinese Journal of Mechanical Engineering, 2016, 52(18): 16-23.
    [8] Sun B Y, Wu X, Song X C, Jiao L H, Zhao Y Z. Modeling and Experimental Research on Dynamic Electro-hydraulic Force Measurement based on LuGre Friction Compensation [J]. Manufacturing Technology and Machine Tools, 2016, 4: 60-65.
    [9] Zhao Y Z, Zhao T S, Cao H C, Jiao L H, Zhang X H, Chen G Y. Measuring Principle and Calibration Experiment of the Overloaded Self-calibration Parallel Four-dimensional Force Measuring Platform[J]. Chinese Journal of Mechanical Engineering, 2017.

     

    Confernce Papers:                                                             

    1.Zhao Y Z, Jiao L H, Ren Y B, Fu Y, Yu Y B. Analysis and Research on a Lifting Mechanism of Schnabel Car, The Third Annual Academic Conference of National Heavy Haul express Engineering Center, Da lian, 2017.

     

    Patents:                           

    [1] Zhao Y Z, Jiao L H. Four Degree of Freedom Multi-layer Parallel Lifting Mechanism of Schnabel Car, CN 105460028 B, 2016.
    [2] Zhao Y Z, Jiao L H. Two Degree of Freedom Multi-layer Parallel Lifting Mechanism of Schnabel Car, CN 105365829 A, 2016.
    [3] Zhao Y Z, Yang Z Z, Zhang C F, Jiao L H. A Combined Minitype Multi Force Sensor Calibration Loading Device, ZL 2014 1 0647126.8, 2014..
    [4] Zhao Y Z, Niu Z, Weng D C, Jiao L H, Zhang C F. Planar Parallel Three Dimensional Force Sensor, ZL 2014 1 0814172.2, 2014.

     

    Participating Projects:

    [1] Constrained Parallel Six Axis Force Sensor Based on Theory and Experiment Study of the Heavy Load,National Natural Science Foundation of China, Project Number: 51105322, 2012.01-2015.04.
    [2] Theoretical and Experimental Study on Design and Calibration of Large Scale Parallel Multi-constrained Force Sensor,Top projects of Natural Science Foundation of Hebei, Project Number: E2014203176, 2014.01-2016.12.
    [3] Basic Theory of Space Multi Layer Parallel Over-constrained Mechanism for Over loaded Schnabel Car,Science and Technology Research Project of Hebei Colleges and Universities, Project Number: QN2015040, 2015.04-2018.04.
    [4] Research on Key Technology of Weak Coupling Self-calibration Heavy Load Parallel Multi Component Force Measuring System, Hebei Province Military and Civilian Industry Development Special Fund Project , Project Number: 2015B070, 2015.09-2016.12.