Study of Apollo water impact. Volume 7 - Modification of shell of revolution analysis Final report
Numerical solution of combined hydrodynamic and shell equations for hydroelastic response of flexible shells
Cappelli, A. P.↗
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The analysis of structurally orthotropic shells by means of the compliance method Progress report, period ending 1 Jun. 1968
Linear shell theory elastic constant instability conditions for symmetrically loaded shells of revolution
Kozik, T. J.↗
The axisymmetric response of a complete cylindrical shell to shock loads.
Axisymmetric dynamic response of complete cylindrical shell to shock loads using bending theory of thin shells
Stadler, W.↗
Nonlinear deflections of asymmetrically loaded shells of revolution.
Asymmetrically loaded shells of revolution nonlinear deflections analyzed by algorithm, determining snap buckling load of shallow spherical shell
Ball, R. E.↗
Buckling of doubly curved shallow thin shells.
Doubly curved shallow thin shells buckling under edge loading, discussing curvatures role and shell equation
Haydl, H. M.↗
Four-pole parameters for impedance analyses of conical and cylindrical shells under axial excitations.
Four pole parameters of truncated thin conical shell under axial excitations obtained by applying membrane shell theory
Hu, W. C. L.↗
The effects of unreinforced circular cutouts on the buckling of circular cylindrical shells under axial compression.
Unreinforced circular cutouts effects on buckling behavior of circular cylindrical shells under axial compression, using photoelastic plastic shells
Tennyson, R. C.↗
Shell design computer program
Computer program determines the useful strength of a thin-walled shell once it has been wrinkled. It can be used as an analytical tool by designers to determine how much wrinkling or deformation a shell can withstand when subjected to axial compression and bending loads.
Greenbaum, G. A.↗
Generalized aerodynamic forces on a flexible cylindrical shell undergoing transient motion.
Flexible finite cylindrical shell undergoing arbitrary temporal and spatial motion, determining fluid /aerodynamic/ forces acting on shell
Dowell, E. H.↗
The effects of unreinforced circular cutouts on the buckling of circular cylindrical shells under axial compression.
Unreinforced circular cutouts effects on buckling behavior of circular cylindrical shells under axial compression, using photoelastic plastic shells
Tennyson, R. C.↗
Experimental studies of vibration of axially excited circular cylindrical shells containing fluid.
Vibration characteristics of circular cylindrical shells containing water under axial excitation, investigating bubble formation and shell-fluid interaction
Pih, H.↗
On the shell equations in complex form.
Linear thin shell theory in complex dependent variable form for determining fourth order partial differential equations, considering elastic shells with edge loads
Sanders, J. L., Jr.↗
Buckling modes of circular cylindrical shells under axial compression.
Circular cylindrical photoelastic shells buckling modes under axial compression using high speed isoclinic photography, discussing shallow shell equations applicability to early stages
Tennyson, R. C.↗
Linear and nonlinear static analysis of axisymmetrically loaded thin shells of revolution
Finite element method analysis of axisymmetrically loaded thin shells of revolution, considering nonlinearity due to material properties and shell geometry changes
Popov, E. P.↗
Buckling of reticulated shell structures
Reticulated shell structure buckling using approximate equivalent shell and discrete analysis of individual beams
Forman, S. E.↗
The impact of the computer on shell analysis
Thin walled shells structural vibration, buckling and stress analysis by computer methods, discussing shell theory and design
Stein, M.↗
Vibration characteristics of ring-stiffened orthotropic shells of revolution
Computer program solves vibration modes and frequencies of thin shells of revolution having general meridional curvature and orthotropic elastic properties in order to evaluate the dynamic behavior of structures with thin shelled components.
Adelman, H. M.↗
Wave propagation in stepped and joined shells Annual report, 1 Sep. 1968 - 1 Sep. 1969
Shell impact response and wave propagation in cylindrical and conical shells by experimental and analytical methods
Chou, P. C.↗