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Buckling of a Clamped Stiffened Cylindrical Shell
Vestnik St. Petersburg University, Mathematics, 2021zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Cutout reinforcement of stiffened cylindrical shells
19th Structures, Structural Dynamics and Materials Conference, 1978A study was carried out to determine the optimum placement and volume of a reinforcing frame around a cutout in an axially loaded stringer and ring and stringer stiffened cylindrical shell. The problem was analyzed using the linear bifurcation portion of STAGS (Structural Analysis of General Shells).
J.A. Cervantes, A.N. Palazotto
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Analysis of Ring-Stiffened Cylindrical Shells
Journal of Applied Mechanics, 1995A new analytical and numerical method is presented for modeling and analysis of cylindrical shells stiffened by circumferential rings. This method treats the shell and ring stiffeners as individual structural components, and considers the ring eccentricity with respect to the shell middle surface.
Yang, Bingen, Zhou, Jianping
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Refined model of stiffened shells
International Journal of Solids and Structures, 2020Abstract The paper addresses several existing versions of mathematical models describing stiffened shell structures (accounting for the interaction between stiffeners and skin “along a line”, and “along a strip”, and a method for “smearing” the stiffness of stiffeners over the entire structure).
V.V. Karpov, A.A. Semenov
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Meridional Rib-Stiffened Shells
Journal of the Engineering Mechanics Division, 1981A semianalytical technique is proposed for the analysis of a meridional rib stiffened shell of revolution which accounts for the discrete stiffness of the rib in a rational manner. The method uses discrete field concepts, finite Fourier series expansion of the dependent variables in the circumferential direction and Galerkin FEM in the meridional ...
Debasish K. Roy +2 more
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Strength of damage ring and orthogonally stiffened shells—part I: Plain ring stiffened shells
Thin-Walled Structures, 1987Abstract This paper is the first of two parts describing the procedure of, and results from, a series of tests on ring and orthogonally stiffened thin-walled shells. The primary purpose of the work was to investigate the collapse behaviour of the shells subjected to simulated damage and then tested under a combination of external pressure and axial ...
A.C. Walker, S. McCall, T.W. Thorpe
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Stability of discretely stringer-stiffened cylindrical shells.
AIAA Journal, 1973The paper presents and analysis for the stability characteristics of axially compressed simply supported thin cylindrical shells stiffened by longitudinal stringers. Stringers and panels between stringers are treated as discrete structural components.
Wang, James Ting-Shun, Lin, Yu-Jyi
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Stability Analysis of Ring-Stiffened Shells of Revolution
Journal of Ship Research, 1981A finite-element formulation is presented for the stability analysis of ring-stiffened shells of revolution using linear bifurcation buckling theory. Critical pressures and mode shapes in both general instability mode and interframe buckling mode have been obtained using this formulation.
Subbiah, J., Natarajan, R.
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MINIMUM WEIGHT POTENTIALS FOR STIFFENED PLATES AND SHELLS
AIAA Journal, 1963Existing principles and concepts of minimum weight analysis are used to derive detailed design information for stiffened, axially compressed cylinders. Results from similar studies also are presented for hydrostatically compressed cylinders, wide columns, compression panels, and multiweb box beams in bending.
Crawford, R. F., Burns, A. B.
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