Stress-strain state of rectangular shallow shells of variable thickness under various boundary conditions
DOI:
https://doi.org/10.15407/dopovidi2016.06.031Keywords:
shallow shells, orthotropic material, non-classical model, spline approximation, variable thicknessAbstract
The stress-strain state of a shallow rectangular orthotropic shell with variable thickness in two coordinate directions at different boundary conditions on the edges in refined formulation is studied. The numerical-analytical approach based on the spline approximation and the method of discrete orthogonalization is used to solve two-dimensional boundary-value problems.
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