Plasticity and the crack opening displacement in shells
Plastic deformation and crack opening displacement in thin walled, cylindrical shells
Erdogan, F.↗
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Nonlinear dynamic analysis of shells of revolution by matrix displacement method
Nonlinear dynamic analysis of shells of revolution by matrix displacement method
Haisler, W. E.↗
Positive displacement flowmeter Patent
Positive displacement flowmeter for measuring extremely low flows of fluid with self calibrating features
Wells, F. E.↗
Nozzle boundary-layer displacement thickness at Mach numbers 30 to 70
Nozzle boundary layer displacement thickness at Mach 30-70 in helium using Langley hotshot tunnel tests
Miller, C. G.↗
Correction for the ordinary Mangler displacement thickness for slender cones
Mangler displacement thickness correction for slender cones
Bradley, R. H.↗
A first order solution for the effects of a small displacement of the center of mass from the origin on artificial satellite orbits
Center of mass small displacement effects on satellite orbits by solving variational equations for scalar potential function employing matrix formalism
Hartwell, J. G.↗
Linearly exact transverse displacement variation
Linearly exact displacement and strain variations in transverse coordinate within shell structure
Kozik, T. J.↗
The displacement of a damped, linearly tapered cantilever beam elastically restrained at the wall
Damped linearly tapered cantilever beam elastically restrained against rotation at wall, analyzing displacement under general initial and distributed load conditions
Cobble, M. H.↗
Axisymmetric stresses and displacements in two finite circular cylinders in contact
Axisymmetric stresses and displacements in two finite circular cylinders in contact
Wesselski, C. J.↗
The problem of an elastic layer with a cylindrical hole subjected to a nonuniform axisymmetric radial displacement
Development and application of theory of elasticity for layer with circular cylindrical hole subjected to nonuniform radial displacement
Grissom, D. S.↗
Lateral displacement system for separated rocket stages Patent
Development of remotely controlled shaped charge for lateral displacement of rocket stages after separation
Blanchard, W. S., Jr.↗
Angular displacement indicating gas bearing support system Patent
Gas bearing for model support with capacity for measuring angular displacement of model in bearing
Kersey, E. D., Jr.↗
A study of the feasibility of applying capacitive displacement measuring techniques to open mesh grid structures
Capacitor field calculations for capacitive displacement measurement of open mesh structures such as radio telescopes and radar receivers
De Loach, R.↗
An optical interferometric system with a linear electronic display of periodic and aperiodic mechanical displacement
Measuring system for linear readout of both periodic and aperiodic mechanical displacements over broad frequency range
Hinson, W. G.↗
Adaptation to displaced vision - A change in the central control of sensorimotor coordination
Retinal adaptation to prism-displaced hand image in terms of sensorimotor coordination central control change
Hardt, M. E.↗
Computation of the response of coupled plate- acoustic systems using plate finite elements and acoustic volume-displacement theory
Coupled plate-cavity acoustic system response at LF and spatially uniform pressure, using plate finite elements and acoustic volume-displacement theory
Craggs, A.↗
Displacement interaction and surface curvature effects on hypersonic boundary layers.
The title problem was studied employing implicit finite-difference methods to obtain numerical solutions to a composite set of boundary-layer equations valid to second order. Results are given for flow up a two-dimensional cubic compression ramp for free-stream Mach numbers of 6, 8, and 12.25 and for free-stream Re/inch equal to 85,800 and 25,800 at a wall-to-stagnation temperature ratio of 0.223. Comparisons with independent theories and experimental results are given. Nonsingular separation was produced at a free-stream Mach number of 12.25. For all cases considered, displacement and curvature effects canceled one another when a consistent treatment of inviscid and viscous curvature corrections was employed - the second-order theory virtually reproducing the first-order results.
Wornom, S. F.↗
Determination of a third orthogonal velocity component using two rotationally displaced laser Doppler velocimeter systems.
Transformation equations are derived that may be used to determine a third orthogonal velocity component from measurements made at a common point by two rotationally displaced, two orthogonal component laser Doppler velocimeter (LDV) systems. These equations also may be used to relate velocity measurements made in a particular coordinate system to any other coordinate system. It is shown that the set of smallest angles that may be used to separate the two, two component, LDV systems is very sensitive to the relative magnitudes and directions of the individual velocity components. When the magnitudes of all velocity components are about the same, it is found that the minimum angle of separation is of the same order as the instrumental error of the LDV systems.
Farmer, W. M.↗