吴剑

性别:男

专业：工程力学

出生日期:1986年2月8日

邮箱:jwu@cqu.edu.cn

教育背景

Ph.D（2010年9月—2014年9月）：阿尔伯塔大学，加拿大

M.Sc（2008年9月—2010年6月）：重庆大学，中国

B.E.（2004年9月—2008年6月）：重庆大学，中国

专业方向：断裂力学，固体力学，应用力学

研究方向：裂纹动态扩展问题，固体力学夹杂问题，复合材料力学问题以及固体力学相关问题。

科研成果

1.         J. Wu, C.Q. Ru. 2013, Speed-dependent tip fields of a moving crack in a hyperelastic material. Mathematics and Mechanics of Solids, 18:285-300.

2.         J. Wu, C.Q. Ru. 2014, A speed-dependent cohesive zone model for moving cracks with non-uniform traction force. Engineering Fracture Mechanics, 117:12-27.

3.         J. Wu, C.Q. Ru. 2014, A modified cohesive zone model for a high-speed expanding crack. Fatigue & Fracture of Engineering Materials & Structures. 37:1013-1024.

4.         L. Zhang; H.W. Zhang; J. Wu; B. Yan. 2015, A stabilized complementarity formulation for nonlinear analysis of 3D bimodular materials, Acta Mechanica Sinica, 1-10

5.         J. Wu^*, C.Q. Ru. 2016, A refined cohesive zone model that accounts for inertia of cohesive zone of a moving crack. Mechanics Research Communications. 76:78-85

6.         J. Wu^*, C.Q. Ru, L. Zhang, L. Wan. 2016, Geometrical shape of in-plane inclusion characterized by polynomial internal stress field under uniform eigenstrains. 37:1113-1130.

7.            L. Zhang, H.T. Zhang, J. Wu, B. Yan, M.K. Lu. 2016, Parametric variational principle for bi-modulus materials and its application to nacreous bio-composites, International Journal of Applied Mechanics. 8:1650082.

8.           J. Wu*, L. Zhang, L. Wan. 2017, A mode-III crack under adhesion studied by non-uniform linear spring models. ACTA Mechanica.1-9.

9.         万玲,吴剑,魏作安. 2012, 抗滑桩抗滑阻力的优化计算方法.重庆大学学, 35:94-98.

10.         J Wu, C.Q. Ru, 2012, Finite Deformation Field Near a Moving Crack Tip. International Conference on Mechanical Engineering and Mechatronics, Ottawa.

11.         J Wu, C.Q. Ru, 2013, Speed Effect on a Fast Propagating Crack Based on a Modified Cohesive Zone Model. 13th International Conference on Fracture, Beijing.