Zhao Zhangrong

Subject

Mechanical Engineering

Tittles

Associate Researcher

Telephone number

010-89534018

Email

Zhaozhangrong@

Academic Qualifications

Postgraduate

Academic Degree

Doctor

Postcode

101149

Office Location

Logistics School 107

Address

Logistics School, Beijing Wuzi University, No.321 Fuhe street,   Tongzhou District, Beijing

Major Experiences

August 2016 to present, teacher, School of logistics, BWU

Deputy research fellow of State Forestry Machinery Research   Institute, Beijing, 2016-8

2011.9-2013.10 post doctor of Beijing Forestry Machinery   Research Institute, State Forestry Administration

Associate Professor, North China University of science and   technology from July 2003 to September 2011

2005.7-2009.3, mechanical engineering, Zhejiang University,   doctor of Engineering

Research Direction

Numerical control, multi field coupling modeling, intelligent   material application, robot technology, etc.

Academic Achievements

[1] Zhao Zhangrong, Yang Guang, Fu wansi, et al. Effect   of preservative treatment on mechanical properties of bamboo. Wood processing   machinery, 2016,27 (4): 13-15

[2] Zhao Zhangrong, Fu wansi, et al. Mechanical properties   test and numerical simulation of structural bamboo. Wood processing   machinery, 2014,25 (1): 11-14

[3] Zhao Zhangrong, Liu Xingyu, Fu wansi, et al. Study on the   bonding mechanical properties of bamboo. Wood processing machinery, 2016,27   (3): 5-8

[4] Zhang Rong Zhao, Wan Si Fu, Wang Han, et al.. study on   bamboo culm used for structure axial compression performance numerical   simulation. Advanced materials research, 2014842:13-17. (in EI)

[5] Zhang Rong Zhao, Yi Jie Wu, Xin Jian Gu, et al.. multi   physics coupling field finite element analysis on giant magnetic materials   smart component. Journal of Zhang University Science A, 2009,10 (5): 653-656.   (SCI search)

[6] Zhao Zhangrong, Wu Yijie, Gu Xinjian, et al. Dynamic model   of giant magnetostrictive actuator considering additional eddy current loss.   Chinese Journal of electrical engineering, 2008,28 (24): 136-139. (in EI)

[7] Zhao Zhangrong, Wu Yijie, Gu Xinjian, et al. Three   dimensional nonlinear dynamic finite element model of giant magnetostrictive   actuator. Journal of Zhejiang University, Engineering Edition, 2008, 42 (2):   203-208

[8] Zhao Zhangrong, Wu Yijie, Gu Xinjian et al. Sliding mode   control of giant magnetostrictive intelligent components based on neural network.   Optical precision engineering, 2009,17 (4): 778-784. (in EI)

[9] Zhao Zhangrong, Wu Yijie, Gu Xinjian, et al. Optimization   of giant magnetostrictive actuator based on genetic algorithm. Journal of   Zhejiang University, Engineering Edition, 2009,43 (1): 13-17. (in EI)

[10] Zhao Zhangrong, Sui Xiaomei, Wu Yijie, et al. Fully   coupled nonlinear dynamic finite element model of giant magnetostrictive   actuator. Acta agricultrual machinery, 2008,39 (3): 123-126. (in EI)

[11] Zhao Zhangrong, Sui Xiaomei, Wang Xuming, et al.   Realization of medium potential line and color cloud image in finite element   post-processing. Journal of engineering design, 2008,15 (3): 178-181

[12 Zhao Zhangrong, Sui Xiaomei, Du Peng, et al. Application   of improved simulated annealing algorithm in tapered roller bearing   optimization. Mechanical design and research, 2008,24 (3): 62-65

[13] Zhao Zhangrong, Sui Xiaomei, Huang Yi, et al. Optimal   design of tapered roller bearing based on improved adaptive genetic   algorithm. Machine tool and hydraulic, 2008,36 (8): 21-23

[14 Zhao Zhangrong, Sui Xiaomei, Wang Xuming, et al. Finite   element model of magnetic coupling and Realization of object-oriented method.   Mechanical design and manufacturing, 2008, (11): 29-31

[15] Sui Xiaomei, Zhao Zhangrong, Huang Yi et al. Design of   software measurement and control platform for giant magnetostrictive   actuator. Machine tool and hydraulic, 2008,36 (8): 197-200

[16] Infinite extension material of whole bamboo using   intermediate connector, utility model patent, 2013

[17] A bamboo based recombinant material, utility model   patent, 2013

[18] Bamboo taper joint extension material and its   manufacturing method, invention patent, 2015

[19] Bamboo material disposable curved surface   three-dimensional modeling production method, invention patent, 2015

[20] Rectangular bamboo strip edge defect detection device,   invention patent, 2015

[21] rectangular bamboo strip edge defect and color sorting   method, invention patent, 2015

Research Achievements

1. Research on the basic theory and application of composite   bamboo strips / bundles of Reconstituted Bamboo, general project of National   Natural Science Foundation of China

2. Research on the automatic sorting system for rectangular   bamboo chips online without edges, special fund for basic scientific research   business expenses of central public welfare research institutes, presided   over by

3. Research on new thermal deformation control method of high   precision giant magnetostrictive actuator, general project of National   Natural Science Foundation of China, ranked fourth

4. Based on the research on the optimization design of giant   magnetostrictive actuator with electro-magnetic-mechanical multi field   coupling, Hebei Provincial Department of Education Science and technology   program, ranked third

5. Research, development and demonstration of key technology   and equipment for large-scale Bamboo Reconstituted timber manufacturing,   national forestry public welfare industry scientific research major project,   participated in

Awards

Member of the local organizing committee of the International   Forum on engineering materials and manufacturing technology and the 2014   International Conference on lighting materials and manufacturing engineering   (iclmmt 2014), and a member of the local organizing committee of the 2014   International Conference on advanced manufacturing technology and Materials   Engineering (amtme2014).

Social Appointments