Compression and flexure of hyperbolic shells
Compression and flexure of hyperbolic shells of revolution determined by Fourier series terms
SHELL THEORY↗
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Calculation of a ribbed toroidal shell under a symmetrical load
Model of structural anisotropy for determining basic stresses in circumference and external fibers of symmetrically loaded ribbed toroidal shell
ANISOTROPY↗
Refining the linear moment theory of thin shells
Strain components on middle surface of thin shells determined by variational principles of linear moment theory
VARIATIONAL PRINCIPLE↗
On the criterion of dynamic stability of shallow shells of revolution
Dynamic stability of solid shallow shell of revolution with arbitrary elastic clamping at edge
DYNAMIC STABILITY↗
On the dynamic stability of eccentrically reinforced circular cylindrical shells Technical report, Sep. 1, 1965 - Jan. 31, 1967
Dynamic stability of eccentrically reinforced circular cylindrical shells
REINFORCED SHELL↗
Analytical and experimental determination of localized structure to be used in laboratory vibration testing of shell structure-mounted components, Saturn V Progress report, May - Nov. 1966
Procedure for designing localized shell and finite difference computer program applications to Saturn V vibration testing project
SHELL↗
Elastoplastic state near a reinforced hole in a spherical shell
Elastoplastic state near ring-reinforced hole in spherical shell
REINFORCEMENT RING↗
Photoelastic investigation of stress concentrations near a circular hole in a hyperbolic shell
Photoelastic measurement of stress concentration in hyperboloid shell of revolution weakened by small circular hole
STRESS CONCENTRATION↗
Hinge-supported and flexibly clamped shallow spherical shell with a hole
Approximate solution for elastic equilibrium of hinge-supported shallow spherical shell
HINGE↗
Hinged clamping of a shallow spherical shell bounded by an ellipse and rectangle
Differential equation system for elastic equilibrium of hinge-clamped shallow spherical shell bounded by ellipse and rectangle
DIFFERENTIAL EQUATION↗
Investigation of the stress state of spherical shells with multiply connected regions
Stress concentration in shallow spherical shells determined by method with controlled boundary conditions
BOUNDARY LAYER CONTROL↗
Stress state of a spherical shell weakened by two curvilinear holes
Approximation method to examine equilibrium of spherical shell weakened by two curvilinear holes
APPROXIMATION METHOD↗
Formulation of static boundary value problems for shallow shells for multiply connected regions
Static boundary value problem for multiply connected shallow shell considered arbitrary orthogonal coordinate system
COORDINATE SYSTEM↗
Design of shells of revolution with a small hole at the apex under symmetrical and antisymmetrical load
Shells of revolution with small holes at apex, and determining stresses and moments under both symmetrical and asymmetrical loading
BENDING MOMENT↗
One condition sufficient for the existence of a secondary load producing zero moment state in a shell
Secondary load producing zero moment stress in spherical shell with hole
STRESS CONCENTRATION↗
Determination of the stress concentration near a hole in a shell - In the linear formulation
Linear formulation of stress concentration near holes in various type shells
STRESS CONCENTRATION↗
Influence of concentrated effects on shallow shells
Fourier transform and theory of generalized functions to obtain differential equilibrium equations to determine concentrated bending and tangential forces on shallow shells
FOURIER TRANSFORM↗
The flutter of flexible, towed tension shells
Aeroelastic analysis method applied to flutter of flexible, towed tension shell
AEROELASTICITY↗