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Residual Fatigue Life Analysis of Submarine Pressure Structure Based on Probabilistic Fracture Mechanics Zhiyong Zhang1, a, Tianshu Song1, b, Yang He1, c 1College of Aerospace Engineering and Civil Engineering, Harbin Engineering University, Harbin, Heilongjiang, 150001, China azzyhunan@163.com, bsongts@126.com, cwoshiheyang888@163.com Keywords: submarine pressure structure, residual fatigue life, Monte Carlo method, probabilistic fracture mechanics, combination method Abstract.

Yang, Z.H.
Yang: Automation of Electric Power System Vol. 31 No. 13 (2007), p. 7 [3] L.

References [1]Yangbing KANG, Yinping ZHANG and Yingqiu ZHU: submitted to Journal of Journal of solar energy (1999)
[3]Haiting CUI, Feng YANG: Thermal Energy Storage Technology and Application (Chemical Industry Press, China, Beijing 2004).

[4] Yang Ping, Wang Wei.
[7] Huang Haocai, Yang Canjun, Chen Daohua, Niu Wenda, Chen Ying.

Yang, H.
Yang: Appl.

Solid-state Synthesis and Thiophanate Methyl Visible Light Degradation of Magnesium Doped TiO2 Mesoporous Nanomaterial Shaoyou Liu1,a*, Hongyun Yang1,b , Zongyi Min2,c, Chenyan Luo1,d, Yang Zhang1,e and Tianzhi Jiang1,f 1Institute of Applied Chemistry, College of Chemistry and Materials Engineering, Kaili University, Kaili 556011, Guizhou, China 2College of Envirnomental Science and Engineering, Hunan University, Changsha 410082, China alsy651204@163.com, bYanghongyun@163.com,c215900625@qq.com, dLuo Chenyan@163.com, ezhangyang@163.com, fkljtz@126.com Keywords: Mg-doped, Titanium dioxide, Solid-state reaction, Thiophanate methyl, Photodegradation Abstract.
Yang, Q.
Yang.

Yang, J Zhou, W Xu, et al: Energy Policy.
Yang, P.

Yang [2] reported that a pressure-induced solidification of ceramic suspensions could avoid the effect of the temperature gradient on gelcasting process, but this method increases the complexity of the equipment; microwaves can heat the suspension uniformly, but it is not so easy to control as to overheat the suspension and form pores in it usually, as well as it is not applicable for metal mould, which is necessary to keep a good surface of the green body.
Yang, L.
Yang and W.J.

Investigation of Ni-Mo-P Coating Electrodeposition under Stabilized Magnetic Field and its Hydrogen Evolution Activity Jiangxue Han1, Yingxiang Bian2, Xin Su 3, Jibao Liu 4 Bailin Wang5, Tianquan Peng6 , Zhongdong Yang 7 1,2,3,4,5,6,7 School of Materials and Metallurgy, Northeastern University, Shenyang110004, China email: yangzd@smm.neu.edu.cn Keywords: Stabilized magnetic field, Ni-Mo-P alloy, Electrodeposition, Hydrogen evolution activity Abstract.
[8].Yang Z D, Gao P, Xue X X,Fan Z G.

(In Chinese) [5] Jianrong Chen, Yang Yang,Yue Yang.