发表主题

研究经历

• 利用断裂力学、塑形力学和化学反应的模拟，预测聚乙烯在应力腐蚀条件下的断裂和寿命。

助教经历

• 机械设计与制造 : 机构设计，机械零件设计与分析
• 计算机辅助工程：机械设计，优化与分析
• 模拟与数字控制：控制理论基础

发文（著作）

[1] Ge, H., Le, J. L., and Mantell, S.C. (2016). Numerical modeling of stress corrosion cracking of polymers. Engineering Fracture Mechanics, 160, 199-212. 

[2] Ge, H., Li, H., and Mantell S.C., (2014) “Simulating Creep Crack Growth using a Fracture Mechanics Approach,” ANTEC 2014, Society of Plastics Engineers, Las Vegas, NV.  

[3] Ge, H., Li, H., and Mantell S.C., (2013) “Investigation of Fracture in Polymers using a Cohesive Zone Model,” in Proceedings of ANTEC 2013, Society of Plastics Engineers, Cincinnati, OH. 

[4] Ge, H., Singh G., and Mantell S.C., "Fracture Behavior of Degraded Polyethylene Thin Films for Solar Thermal Applications." Energy Procedia 30 (2012): 783-792. 

[5] Ge, H. and Mantell S.C., (2012) “Evaluating Fracture Toughness in Degraded Polymeric Thin Films,” in Proceedings of ANTEC 2012, Society of Plastics Engineers, Orlando, FL.