Analytical method for determining flotation stability characteristics of a right-circular- conic frustum
Analytic determination of flotation stability characteristics of right circular conic frustum
SEARCH · Engineering Papers
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.
Analytic determination of flotation stability characteristics of right circular conic frustum
Fortran IV computer program to evaluate natural frequencies and unstable values of thrust frequency for circular cylindrical shell subjected to periodically varying end thrust
Longitudinal and lateral directional aerodynamic characteristics of raked-off circular and elliptical cones at Mach 20 in helium
Potential flow theory study of incompressible separated flow about circular cylinder
Theory for open-ended circular cylindrical microwave cavities developed by using Laplace transform and Wiener-Hope techniques
Bending analysis of elastic-plastic circular plates under arbitrary axisymmetric loading
Amplitude and surface pressure measurements for circular cylinder in vortex flow-excited oscillation
Wind and water tunnel apparatus and techniques for free stream turbulent effects on time-dependent forces acting on circular cylinders
Dynamic longitudinal stability of right circular cylinders in axial free flight
Attitude stability of a spinning passive satellite in circular orbit
Predicting inversion load of circular tube
Transient heat transfer between thin circular tube and incompressible fluid, considering radial conduction and heat loss
Static pitching moment coefficient determination from location of center of pressure in right circular cone, using Newtonian impact mechanics
Nonlinear flexural vibrations of thin circular rings analyzed, using Galerkin procedure on motion equations
Attitude stability of spinning passive satellite in circular orbit
Test times and boundary layer induced property variations in circular shock tube
Nonlinear feedback solution for minimum-time injection into circular orbit with constant thrust acceleration magnitude
Frequency of free vibrations in circular conical shells