A METHOD FOR DETERMINING MODAL CHARACTERISTICS OF NONUNIFORM THIN CIRCULAR RINGS
Modes of nonuniform thin circular rings
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Modes of nonuniform thin circular rings
Diffuse radiation from infinite shells with circular-arc sections - source field effects
The problem of circumferential buckling of a thin circular cylindrical shell due to compressive hoop stresses which vary in the axial direction is examined. For extremely localised compressive hoop stress distributions resulting from thermal discontinuity effects, or from a uniform, radial line loading, the buckle pattern should also be localised. Simplified analyses into these two types of problem are considered which show that only a limited number of buckle deflection modes needs to be assumed.
Buckling of a free edge of an axially compressed circular cylindrical shell
Aerodynamic characteristics of body in flow field near tip of circular-arc wing of rectangular planform at mach 2.01
Static stability of square and circular planform reentry vehicles at mach 3.11 - effects of controls and leading-edge extensions
Wind tunnel tests of circular planform aircraft with peripheral jet for lift, thrust, and control
Effect of boundary layer removal on total pressure recovery - circular internal compression inlets with translating centerbodies
The equations of motion of thin circular rings are derived and solved for in-plane in-extensional deformation. Modal characteristics are tabulated for the five lowest flexural modes of vibration of semicircular ring segments for the possible combinations of homogeneous boundary conditions that can occur.
Rarefied gas dynamics - drag coefficient of circular cylinder - characterization of fluid momentum exchange
Buckling of free edge of an axially-compressed circular cylindrical shell
Resonant bending frequencies and mode shapes for thin circular cylindrical shell containing an internal liquid with a free surface
Determination of optimum 3-dimensional trajectories to inject a saturn c-5 rocket into a space-fixed circular orbit
Description of a set of two-body orbital parameters useful for nearly circular orbits
Study of optimum low-thrust transfers between neighboring coplanar circular orbits for a simplified system model
Manned space vehicle reentry at circular to hyperbolic velocities, considering deceleration, corridor width, heating, heat protection, vehicle weight, lateral ranging, and landing factors
Resonant bending frequencies and mode shapes for thin, circular cylindrical shell containing an internal liquid with a free surface
Buckling load of circular cylindrical shells under axial compression