STRESS-STRAIN ANALYSIS OF THE SHELLS OF THE LONG OBLIQUE HELICOID FORM elastic shell in the form of oblique helicoid. The stress-strain state of
thin shells under static load
Geometry and classification of carved Monge surfaces and their classification. This variety of carved Monge surfaces can be used as the median surface of
thin elastic shells Two methods of analysis of thin elastic open helicoidal shellsTwo methods of analysis of
thin elastic open helicoidal
shells Thin-walled composite and plastic shells for civil and industrial buildings and erections to appear. Later, invention of reinforced plastics gave a possibility to use them in
thin-walled
shells ANALYSIS OF THE THIN ELASTIC SHELLS IN THE FORM OF LONG OBLIQUE HELICOID shells. Basic geometrical and
elastic stress-strain relations, equilibrium equations for the
shells Lagrangian Mixed Finite Element Methods for Nonlinear Thin Shell Problems methods is constructed for an approximate solution of a problem of nonlinear
thin elastic shell theory
The derivation of the equations of equilibrium for the skew helicoidal shells for the skew helicoidal
shells. The problem is set for nonorthogonal non-conjugated system of coordinates.