On the stability of a revolving conducting fluid in a circular magnetic field.
Stability of revolving conducting fluid in circular magnetic field, discussing dual roles of viscosity and magnetic diffusivity
Pao, H. P.↗
SEARCH · Engineering Papers
Results for “circularity”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Some necessary conditions for optimal fixed- time powered transfers with multiple coasts and thrusts between circular orbits.
Necessary conditions for optimal fixed-time powered transfers with multiple coasts and thrusts between circular orbits
Handelsman, M.↗
Improved circularly polarized planar-array antenna
Slots sitting astride the virtual wall in a multimode wave guide can be used for generation of one component of a circularly polarized beam. There is a high degree of efficiency without the use of a slow-wave structure.
Seaton, A. F.↗
Simulated High Reynolds Number Flow About a Circular Cylinder Final Report
Numerical analysis method for solving problem of high Reynolds number flow around circular cylinder based on potential theory and influence coefficients using Cartesian grid system
Ujihara, B. H.↗
Aerodynamic forces on a stationary and oscillating circular cylinder at high Reynolds numbers
Transonic wind tunnel tests of aerodynamic drag and lift forces on circular cylinder in two dimensional flow at high Reynolds number
Cincotta, J. J.↗
Response of a plastic circular plate to a distributed time-varying loading
Response of plastic circular plate to distributed time varying loads
Weidman, D. J.↗
Buckling of thin-walled circular cylinders
This monograph indicates current practices for predicting buckling of uniform stiffened and unstiffened circular cylindrical shells under various types of static loading, and suggests the procedures that yield estimates of static buckling loads considered to be conservative. The buckling of truncated conical shells and shells of double curvature will be treated in separate monographs.
V. I. Weingarten↗
Newtonian aerodynamics for circular cones modified to produce lift at zero angle of attack
Newtonian aerodynamics for circular cones modified to produce lift at zero angle of attack
Short, B. J.↗
Influence of heat input on hypersonic flows past a sphere and a circular cylinder
Heat input influence on hypersonic flows past sphere and circular cylinder
Schneider, W.↗
A note on the drag of an impulsively started circular cylinder.
Flow field of impulsively started circular cylinder, noting drag due to nonlinear convection
Wang, C.-Y.↗
An analytical study of separated flow about circular cylinders.
Lift and drag coefficients for circular cylinder immersed in time dependent flow analyzed using potential flow model
Sarpkaya, T.↗
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.↗
Analysis of aperture radiation from an axially slotted circular conducting cylinder using geometrical theory of diffraction.
Radiation pattern of axial slot on circular conducting cylinder based on wedge diffraction and creeping wave theory
Balanis, C. A.↗
Thermal stresses in a solid weakened by an external circular crack.
Thermal stress and displacement fields in elastic solid weakened by crack outside of circular region, noting plastic zone size and energy dissipation
Kassir, M. K.↗
Optimal four-impulse fixed-time rendezvous in the vicinity of a circular orbit.
Minimum fuel multiple impulse orbital rendezvous for fixed transfer time near circular orbits
Prussing, J. E.↗
Axisymmetrical vibrations of a circular sandwich shell with a viscoelastic core layer.
Axisymmetrical vibration characteristics of circular sandwich shell with viscoelastic core layer analyzed via differential equation to obtain frequency equation and composite loss factors
Pan, H. H.↗
Finite deflections of an elastic circular plate with a central hole.
Von Karman equations in dimensionless and finite difference forms for deflections of elastic circular plate with central hole under load solved by iteration
Chou, P. C.↗