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Modeling and analysis of a magnetoelastic annular membrane placed in an azimuthal magnetic field
Mathematics and Mechanics of Solids ( IF 1.7 ) Pub Date : 2021-03-17 , DOI: 10.1177/1081286521997511 Mir Numan Ali 1 , Sajan Kumar Wahi 1 , Sushma Santapuri 1
中文翻译:
放置在方位磁场中的磁弹性环形膜的建模与分析
更新日期:2021-03-17
Mathematics and Mechanics of Solids ( IF 1.7 ) Pub Date : 2021-03-17 , DOI: 10.1177/1081286521997511 Mir Numan Ali 1 , Sajan Kumar Wahi 1 , Sushma Santapuri 1
Affiliation
This work presents the development of a 2D nonlinear magnetoelastic framework for a thin membrane undergoing large deformations. An asymptotic theory is obtained, starting from the 3D variational magnetostatic and force balance equations for a weakly magnetizable material, using the approach described by Steigmann. The model is subsequently specialized to axisymmetry and applied to a pre-stretched annular membrane deforming under azimuthal magnetic field and transverse pressure loading. Parametric studies are performed by varying the pre-stretch, magnetic field, and transverse pressure inputs.
中文翻译:
放置在方位磁场中的磁弹性环形膜的建模与分析
这项工作提出了一个二维非线性磁弹性框架,用于经历大变形的薄膜。渐近的使用Steigmann所描述的方法,从3D可变磁化材料的静磁和力平衡方程开始,获得了理论。该模型随后专门用于轴对称,并应用于在方位磁场和横向压力载荷作用下预拉伸的环形膜变形。参数研究是通过改变预拉伸,磁场和横向压力输入来进行的。