Results 261 to 270 of about 611,170 (310)

Supersonic Flutter of a Cylindrical Shell

Journal of the Aeronautical Sciences, 1957
(1) SUMMARY The aerodynamic instability of traveling waves on a cylindrical shell exposed to an external supersonic air stream and containing an internal fluid is examined on the hypothesis of short wave length (compared with the radius and length of the shell).
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On the Equations of Motion of Cylindrical Shells

Journal of Applied Mechanics, 1954
Abstract From the basic equations of thin cylindrical shells consistent with Love’s first approximation, three uncoupled displacement equations of motion are deduced, the effect of rotary inertia being neglected. Comparison is made with the works of other authors who have used a variety of approximations in arriving at the equations of ...
Naghdi, P. M., Berry, J. G.
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Analysis of Circular Cylindrical Shells

Journal of Applied Mechanics, 1983
The paper is an account of the present state of the linear theory of circular cylindrical shells, problems of current interest, and in a broad sense the analytical methods that can be brought to bear on these problems.
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A Note on Collapsing Cylindrical Shells

Journal of Applied Physics, 1950
Expressions are obtained for the instantaneous dependence of pressure upon radius within a collapsing cylindrical shell of incompressible liquid when subjected to (a) neither external nor internal pressure or to (b) an external pressure but no internal pressure.
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Traveling Load on a Cylindrical Shell

The Journal of the Acoustical Society of America, 1968
The response of a semi-infinite circular cylindrical shell that is subject to a constant-pressure wave moving with constant velocity is examined, when the effects of transverse shear and rotatory inertia are included. The time dependence is suppressed by means of a Laplace transform, and the behavior of the motion near the characteristic wavefronts is ...
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Cylindrical shells

2010
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Vibration of Thin Cylindrical Shells

Journal of Mechanical Engineering Science, 1965
Starting from Flügge's three equations of motion for a uniform thin cylindrical shell, the paper gives a general solution, from which the dependence of natural frequencies on shell dimensions and mode number can be investigated for any end conditions.
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Thermal analysis of cylindrical shells☆☆☆

Nuclear Engineering and Design, 1965
Abstract An analysis of a cylindrical shell subjected to an axisymmetric temperature distribution which varies along the axis and linearly through the thickness is presented. The differential equation pertinent to the analysis is derived, and all of the stress components are set forth for a particular form of the temperature distribution.
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CYLINDRICAL SHELL WITH FILLER

Bulletin of Dulaty University
In the article we will consider cylindrical shells, their definition and properties of cylindrical shells, as well as examples of their application. We will also consider methods for calculating cylindrical shells. A cylindrical shell is a geometric body formed by turning a rectangle around one of its sides. The result is a cylinder whose bases are two
M.J. Zhumabaev, A.B. Shyrakbaev
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Analysis of Cylindrical Shells

2017
The membrane stress calculated from Eq. (1.27) tends to underestimate the actual stress in a heavy wall cylinder, Figure 3.1, with an inside radius to thickness ratio of less than 10. This is due to the nonlinear stress distribution that develops across the wall of a thick cylinder when an internal pressure is applied.
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