机译:基于应力驱动非局部积分模型的热环境下基于弹性地基的FG纳米梁的非线性振动分析
Department of Mechanical and Aerospace Engineering, Science and Research Branch, Islamic Azad University;
School of Mechanical Engineering, Iran University of Science and Technology;
Department of Mechanical and Aerospace Engineering, Science and Research Branch, Islamic Azad University;
Nonlinear vibration; Elastic foundation; Functionally graded nano-beam; Bernoulli–Euler beam theory; Homotopy Analysis Method; Stress-driven nonlocal integral model;
机译:FG弹性季莫申科纳米束的自由振动通过应变梯度和应力驱动的非局部模型
机译:基于应力驱动的非局部弹性的几何缺陷FG纳米束的非线性自由振动分析,具有初始预拉伸力
机译:非局部应变梯度理论和各种剪切变形理论在FG-CNTRCs面板夹层纳米梁电热环境非线性振动分析中的应用
机译:弹性基础上搁置非本体梯度弹性纳米梁的动态分析
机译:热环境中加强功能分级双弯曲壳的多模非线性振动分析
机译:基于局部/非本地应力梯度理论的多孔FG纳米梁的Hygro-热振动
机译:热环境初始几何缺陷旋转FG梁旋转FG梁的自由振动研究