Paper Publications

• [11]uan Q, Jin S, Huang Z, et al. A study on heat treatment effect and mechanism of high-pressure vessel in the wall thickness direction[C]. Shenzhen, China: Trans Tech Publications, 2010,p.1186-1193. （EI）.
• [12]Huang Z G, Dong H L, Yuan Q H, et al. Test analysis on crack propagation rate of axle pipe steel[C]. Shenzhen, China: Trans Tech Publications, 2011,p.1-4. （EI）.
• [13]Shao Z K, Huang Z G, Jin S Y, et al. Thickness optimization of SPF for titanium alloy negative Angle parts[C]. Guangzhou, China: Trans Tech Publications, 2011,p.1395-1402. （EI）.
• [14]Yuan Q, Lei K, Shao Z, et al. A calculation method of m based on processing map[C]. Chengdu, China: Trans Tech Publications, 2011,p.328-331. （EI）.
• [15]Jin S, Huang Z, Shao Z, et al. A study on the large-diameter seamless gas cylinder dimensional accuracy of rotary expanding process with finite element analysis[C]. Guangzhou, China: Trans Tech Publications, 2011,p.136-142. （EI）.
• [16]Jin S, Huang Z, Shao Z, et al. A study on rotary expanding process of large-diameter hot-rolled seamless gas cylinder with finite element analysis[C]. Dalian, China: Trans Tech Publications, 2011,p.45-51.（EI）.
• [17]Dong H, Huang Z, Yuan Q, et al. Research on fatigue test of LZ20Mn2 axle pipe steel[C]. Chongqing, China: Trans Tech Publications, 2011,p.2152-2156. （EI）.
• [18]Huang Z, Jin S, Yuan Q. A study on constitutive equation of industrial Ti-6Al-4V for gas forming process[C]. Shenzhen, China: Trans Tech Publications, 2011,p.1022-1026. （EI）.
• [19]Dong H, Li B, Shou B, et al. Performance assessment of jumbo cylinder pipe produced by rotary expanding technology TPCO[C]. Hong Kong, Hong kong: Trans Tech Publications, 2011,p.856-860. （EI）.
• [20]邵宗科，黄重国，靳舜尧，等. 单面正向和正反向超塑成形对TC4钛合金负角度零件性能的影响[J]. 航空材料学报. 2013, 33(1): 1-6.（EI）.