讲师 : 张年梅

专业 ： 力学

所在单位 ： 物理学院

教师简介 ： 2003-09-01— 太原理工大学 博士  研究方向： 流固耦合动力学 论文： 非线性弹性梁在谐波激励下的次谐和超次谐响应 非线性热弹耦合椭圆板的混沌运动 非线性弹性杆的异常动态响应 Chaotic Belt Phenomena and Bifurcation in Nonlinear Elastic Beam, 1/3 Subharmonic Solution of Elliptical Sandwich Plates Solitary Wave and Chaos in Nonlinear Visco-elastic Rod, 初始呼吸子对SG系统动力行为的影响 Nonlinear complex dynamic phenomena of the perturbed metallic bar considering dissipating effect 受扰细杆的Melnikov分析 Analysis of breather state in thin bar by using collective coordinate Numerical Study on Damage of Half-infinite Bar Counterintuitive dynamic behavior in elastic-plastic structure Penetration analysis of aluminum alloy foam 开孔与闭孔泡沫铝抗侵彻性能的研究 Dynamical Behaviors of Asphalt Pavement under Vehicle Loads Analysis on Perforation of Cone-nose Projectile to Composite Laminated Aluminum Foam Target Penetration of cone-nose projectile to the laminated composite aluminum alloy foam target Mechanical Behaviours of Open-cell and Closed-cell Aluminium Foams Against Spherical-nosed Projectile Penetration Perforation of cone-nose projectile to bi-layered Aluminum alloy foam target Penetration and Perforation of Thick Targets of Open-Cell and Closed-Cell Aluminum Foams by Ogival-Nosed Projectiles Deformation Analysis of Pavement Structures under Coexistence of Vertical and Horizontal Loads Theoretical Approach in Predicting Perforation of Aluminum Alloy Foam Target against Different Ogive-nosed Projectile Theoretical study on penetration of closed cell aluminium foams by truncated cone nosed projectiles Nonlinear vibration of rectangular plate under the Study on Dynamic Response of Visco-elastic Plate Under penetration and perforation of thick targets of open-cell and closed-cell aluminum foams by ogival-nosed projectiles Magnetohydrodynamic instability of electrically conducting fluid between parallel plates 磁约束核聚变环境中流道插件的热变形分析 Finite deformation analysis of layered asphalt pavements 带FCI液态包层的MHD效应及热变形模拟 力磁耦合作用下第一壁矩形模块的动态响应 Instability in Three-Dimensional Magnetohydrodynamic Flows of an Electrically Conducting Fluid