Fufu Yang
Yang Fufu
PhD Student, Engineer
Major: Mechanical Engineering
Email: yangfufu@tju.edu.cn
Room: Room 124, Building 37
Phone: ---
 

Study & Job:                                                              

2003. 09-2007. 07   Bachelor of Engineering, Hefei University of Technology, Material Forming and Control Engineering
2007. 09-2010. 07 Master of Engineering, Jimei University, Mechanical Design and Theory
2010. 07-2013. 05 CAE Engineer,Mechanical Engineer,Maintenance Engineer
2013. 09-Rencent PhD Student, Tianjin University, Mechanical Engineer

 

Research Interests:                                                           

  • Deployable Structures
  • Polyhedral Linkages
  • Kinematics and Robotics
  • Cam Mechanisms
  •  

    Journal Papers:                                                             

    [1] Yang F., Chen Y., Kang R., and Ma J., Truss transformation method to obtain the non-overconstrained forms of 3D overconstrained linkages, Mechanism and Machine Theory, 102 (2016) 149–166.
    [2] Chang, Y., Yang F., and Li Y., Thorough solution of the minimum size of disc cam mechanism with oscillating follower, Transactions of the Chinese Society of Agricultural Machinery 44, no. 3 (2013): 237-45. (In Chinese)
    [3] Chang, Y., Yang F., and Li Y., Research on size synthesis of cam-linkage mechanism in a candy packaging machine, China Mechanical Engineering 23, no. 17 (2012): 2023-30. (In Chinese)
    [4] Chang, Y., Yang F., Hu Z., Wang Q., Li Y., and Li Y., Research on the general second mechanisms synthesis task of disc cam mechanisms with roller follower moving in general planar motion, Chinese Journal of Mechanical Engineering 48, no. 15 (2012): 47-57. (In Chinese)
    [5] Chang, Y., and Yang F., Second mechanisms synthesis task of positive-drive disc cam mechanisms with roller follower moving in general planar motion, Chinese Journal of Mechanical Engineering 48, no. 1 (2012): 39-46. (In Chinese)
    [6] Chang, Y., and Yang F., Second mechanism synthesis task of disc cam mechanisms with roller follower moving in planar general motion, Chinese Journal of Mechanical Engineering 46, no. 21 (2010): 35-41. (In Chinese)
    [7] Yang F., Lu Q., and Chang Y., The discussion of the two propositions about type Ⅰ and type Ⅱ crank-rocker mechanisms' quick-return characteristic, Journal of Jimei University (Natural Science) 3 (2009): 010. (In Chinese)
    [8] Yang F., and Chang Y., New application of supporting function in the disc typed cam mechanism with negative radius roller follower, Journal of Machine Design 12 (2009): 012. (In Chinese)
    [9] Yang F., and Chang Y., Some new application of support function method on cam mechanisms, Journal of Mechanical Transmission 6 (2009): 032. (In Chinese)
    [10] Yang F. and Chang Y., Derivation of pressure angle formula fordisk cam mechanism with new type follower, Journal of Mechanical Transmission 5 (2009): 44-47. (In Chinese)

     

    Confernce Papers:                                                             

    1. Yang F., Li J., Chen Y., You Z., A Deployable Bennett Network in Saddle Surface, The 14th IFToMM World Congress, Taipei, Taiwan, 2015.
    2. Yang F., Chen Y., Deployable Polyhedra, The 2nd Conference on Deployable Structures, Beijing, 2016. (In Chinese, Best Paper)

     

    Patents:                           

    [1] Chen Y., Yang F., Kang R., and Ma J., Deployable Cube, Chinese Invention application, CN201610919311.7, 2016.
    [2] Chen Y., Yang F., Kang R., and Ma J., Deployable Tetrahedron, Chinese Invention application, CN201610919554.0, 2016.
    [3] Chen Y., Yang F., Li J., and Ma J., Deployable Polyhedron, Chinese Invention application, CN201510997199.4, 2015.

     

    Awards & Honors:                           

    1 Best Paper Award, The 2nd conference on deployable structures, Beijing, 2016.
    2 Weichai Power Scholarship, Tianjin University, 2016.
    3 Outstanding Student, Tianjin University, 2015.
    4 Best Paper Award, Doctoral Forum of Tianjin University, 2015.
    5 Young Delegate Program (YDP), The 14th IFToMM World Congress, Taipei, 2015.
    6 Excellent Doctral Thesis Proposal, 2014.

     

    Participating Projects:

    1、Basic Research of Design Theory on Deployable Structure in Reconfigurable Robot, National Natural Science Foundation of China, Project Number:51275334, 2013.05-2016.12
    2、Negative radius class putter disc cam configuration / scale synthesis and performance evaluation method, National Natural Science Foundation, Project Number:51175224, 2011.07- 2015.12
    3、Innovation Design Theory of a New Cam Mechanism with Negative Follower, Science and Technology Project of Fujian Education Department , Project Number:JA08150,2009. 06 - 2011. 05
    4、The analysis and synthesis theory of a new cam configuration/ visualization software / physical prototype, Natural Science Foundation of Fujian Province, Project Number:2010J01302, since 2010.06 to 2013.05
    5、Bathroom Fittings and non-ferrous alloy casting simulation technology development and practical application of quality control, Jimei District Major Scientific and Technological Projects, 2009.05 - 2010.06