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Free vibration of laminated composite shell structures filled with fluid
Published 2018“…Free vibration of layered truncated conical and circular cylindrical shells filled with fluid based on Love’s first approximation theory are analysed in this research. In addition, investigation regarding the free vibration of laminated composite circular cylindrical shells filled with fluid using the first order shear deformation theory also presented. …”
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Free vibration of symmetric angle-ply laminated cylindral shells of variable thickness including shear deformation theory : spline method
Published 2011“…The equations of motions in longitudinal, circumferential and transverse displacement components, are derived using Love's first approximation theory. The coupled differential equations are solved using Spline approximation to obtain the generalized eigenvalue problem. …”
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Free vibration of symmetric angle-ply laminated circular cylindrical shells
Published 2014“…The equations of motions in longitudinal, circumferential and transverse displacement components, are derived using Love's first approximation theory. The coupled differential equations are solved using Spline approximation to obtain the generalized eigenvalue problem. …”
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Axisymmetric free vibration of layered conical shells using chebyshev polynomial with collocation method
Published 2015“…The formulation of the problem is based on an extension of Love’s first approximation theory. The governing partial differential equations of motion are obtained in terms of the reference surface displacements. …”
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5
Free vibration of layered truncated conical shells filled with quiescent fluid using spline method
Published 2017“…Free vibration of layered truncated conical shells filled with quiescent fluid using spline method is studied. Love's first approximation theory is used to formulate the equations of motion of truncated conical shells. …”
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