On some solutions of ring shells.
Hollow metallic O rings used for sealing as thin shells under axisymmetric loading
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Hollow metallic O rings used for sealing as thin shells under axisymmetric loading
Dynamic response of complete cylindrical shell obtained by thin shell bending theory
Digital computer program for geometrically nonlinear analysis of thin shells of revolution under axisymmetric loads
Thermal buckling characteristics of flanged thin shell leading edges - aerodynamic heating
Stress calculations in linear thin shells of aeolotropic material using deflections obtained by finite element method
Computer program for finite difference solutions of linear asymmetric bending of elastic thin shell of revolution under arbitrary loading
Stresses and deformations in thin shells of revolution - dynamic response of shells of revolution and bending analysis of elastic plastic circular plates
Thermoelasticity of thin shells subjected to external load in nonstationary temperature field
Stress derivatives for perfectly elastic homogeneous and isotropic shell in equilibrium with forces acting along edges, applying theory of elliptic partial differential equations
Strain components on middle surface of thin shells determined by variational principles of linear moment theory
Transverse stiffness of pressurized thin elastic shells of revolution under external load determined as function of internal pressure
Optimum shape of convex thin shell of revolution with respect to volume, weight and length - mathematical function
Dynamic transient response of cylindrical shell to internal pressure pulse generated by blast wave
Transient surface temperature distribution of thin walled sphere subjected to space radiation
Axial and hoop stress calculation in blast loaded thin walled cylindrical pressure vessels
Dynamic structural behavior of large rocket booster synthesized by two thin-walled cylinders and subjected to periodically varying end thrust
Data for determining burst stresses for thin walled cylindrical pressure vessels
Accuracy of mathematical models in determining stresses and strains in limiting states of thin walled structures