LI Zhiwei,Dr, lecturer
Male, born in February 1985, graduated from tongji university in July 2015 in structure engineering, Shanghai maritime university of port channel and coastal engineering professional lecturer. Telephone: 021-38284807, E-mail:zwli@shmtu.edu.cn.
The main research direction includes:
[1] high strength concrete fire resistance;
[2] of high strength concrete under dynamic load stress performance;
[3] high strength concrete shear performance.
Participate in scientific research topics:
[1] to participate in the "national 973 program" (high-rise building key components and nodes under the influence of fire damage mechanisms and protection, project number: 2012 cb719703).
Has been published, and paper
[1] Xiao Jianzhuang, Li Zhiwei, Li Jiabin. Shear transfer across a crack in high-strength concrete after elevated temperatures. Construction and Building Materials, 2014, 71: 472-483.（SCI）[2] Li Zhiwei, king wan, jian-zhuang xiao. After high temperature, high strength concrete shear fracture and tensile shear pin bolt stirrup. Journal of tongji university (natural science edition), 2015 lancet (3) : 345-351. (EI)
[3] Li Zhiwei jian-zhuang xiao, zhen-ping sun. After high temperature, high strength concrete shear strength and the mesoscopic structure. Journal of building materials, 2015, 19 (6) : 954-958. (EI)
[4] Li Zhiwei jian-zhuang xiao, qinghai. Compression of high strength concrete after high temperature dynamic damage. Engineering mechanics. (EI, has hired)
[5] jian-zhuang xiao, Li Zhiwei. High strength concrete under high temperature coefficient of thermal conductivity inversion and its variability. Journal of building science and engineering, 2014, 31 (1) : 44-49. (heart)
[6] Li Zhiwei, Xiao Jianzhuang, Hou Yizhao, Analysis on high strength concrete frame joint at elevated temperatures. Proceedings of the 5th International Symposium on Innovation & Sustainability of Structures in Civil Engineering, July, 2013：327-333.
[7] Li Zhiwei jian-zhuang xiao, zhen-ping sun. Shallow theory of high strength concrete preparation method. The eighth national seminar on high strength and high performance concrete, in November 2012:214-218. (domestic)