Higher order closed-form model for isotropic hyperelastic spherical shell (3D solid)
Eli Hanukah
TL;DR
This paper presents a higher order closed-form model for isotropic hyperelastic spherical shells, specifically deriving a new solution for the natural frequency of free vibration of a hemisphere.
Contribution
It introduces a novel higher order closed-form formulation for Neo-Hookean shells and derives a new natural frequency solution for hemispherical shells.
Findings
Derived a new closed-form model for hyperelastic spherical shells.
Obtained a novel natural frequency solution for hemispherical shells.
Enhanced understanding of vibrational behavior of hyperelastic shells.
Abstract
Higher order closed-form formulation for Neo-Hookean shell is presented. New solution for natural frequency of free vibration of a hemisphere is derived.
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Taxonomy
TopicsElasticity and Wave Propagation · Elasticity and Material Modeling · Composite Structure Analysis and Optimization