Magneto Elastic Torsional Waves in a Composite Non Homogeneous Cylindrical Shell Under Initial Stress
Keywords: Frequency equation, Visco elastic material, Orthotropic elastic material, Variable density
AbstractThis paper investigates magneto-elastic torsional waves in a composite non homogeneous cylindrical shell under initial stress. The non homogeneous character of the shell is due to the variable elastic constants C/sub ij/ and the variable density rho. The composite form of the shell is due to the combination of orthotropic elastic material and visco-elastic material of general linear type. Frequency equation for the said wave has been derived.
How to Cite
Narain, S., & Lahiri, M. (2014). Magneto Elastic Torsional Waves in a Composite Non Homogeneous Cylindrical Shell Under Initial Stress. Defence Science Journal, 31(2), 125-132. https://doi.org/10.14429/dsj.31.6349
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