A simple empirical formulation of electron emission from cesiated metal surfaces
Empirical converter surface physics formulation for electron emission current density analysis on cesiated metal surface
Smith, A. L.↗
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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.
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Analytic formulation of three wedge angle constraints in trajectory studies
Analytic formulation of three wedge angle constraints in trajectory studies
Laszlo, W. O.↗
Formulation of general discrete models of thermomechanical behavior of materials with memory.
Discrete models formulated for thermomechanical behavior of materials with memory, obtaining equations of motion and heat conduction for finite elements of nonlinear continua
Oden, J. T.↗
A note on the semi-Lagrangian formulation of the Vlasov equation
Semi-Lagrangian formulation of Vlasov equation in two and three dimensional electrostatic problems, investigating tensor determinants and perturbation
Lewak, G. J.↗
Integral equation formulations of scattering from two-dimensional inhomogeneities in a conductive earth, part 1 Final report
Integral equation formulations for electromagnetic scattering from two-dimensional inhomogeneities in conductive earth
Parry, J. R.↗
Integral equation formulations of scattering from two-dimensional inhomogeneities in a conductive earth, part 2 Final report
Integral equation formulations for electromagnetic scattering from two-dimensional inhomogeneities in conductive earth - appendices, figures, bibliography, and computer programs
Parry, J. R.↗
Formulation of design rules for PCM telemetry frame synchronization Final report
Formulation of design rules for PCM telemetry frame synchronization
Source record↗
Choice of integrators for use with a variation of parameters formulation
Perturbation theory using variation of parameters formulation to calculate satellite orbits
Rinderle, E. A.↗
Mathematical formulation of the Double Precision Orbit Determination Program /DPODP/
Mathematical formulation of Double Precision Orbit Determination Program /DPODP/ for lunar and planetary mission spacecraft trajectories
Moyer, T. D.↗
A simple empirical formulation of electron emission from cesiated metal surfaces
Electron emission formulation for cesiated metal surfaces in thermionic converter in terms of work function, using Swanson-Strayer correlation
Smith, A. L.↗
A new formulation of canonical perturbation theory
Canonical perturbation theory formulation applied to Poincare-von Zeipel method
Stern, D. P.↗
Formulating propellants for fully case-bonded end-burning motors
Low modulus solid propellants family for low thrust-to-mass ratio fully case bonded end-burning motors, using polymer network theory for binder formulation
Marsh, H. E., Jr.↗
Finite element formulation of problems of finite deformation and irreversible thermodynamics of nonlinear continua - A survey and extension of recent developments
Continuous media nonlinear thermomechanical behavior, presenting finite element formulation of deformation and irreversible thermodynamics problems
Oden, J. T.↗
Topological formulation of active network functions
Active network analysis by topological formulation, eliminating k-trees
Chan, S. P.↗
Self-correcting initial value formulations in nonlinear structural mechanics
Nonlinear static structural mechanical problems solution, using self correcting initial value formulations
Haisler, W. E.↗
Main rotor free wake geometry effects on blade air loads and response for helicopters in steady maneuvers. Volume 1: Theoretical formulation and analysis of results
A mathematical model and computer program were implemented to study the main rotor free wake geometry effects on helicopter rotor blade air loads and response in steady maneuvers. The theoretical formulation and analysis of results are presented.
Sadler, S. G.↗
Formulation of boundary integral equations for three-dimensional elasto-plastic flow.
A general theory of elastoplastic flow is formulated for work-hardening materials that may be both anisotropic and compressible. Because the theory is quasi-linear, it may be cast in terms of integral equations and the result is an extended form of Somigliana's identity. When these relations are evaluated on the boundary of a solid, their dimensionality is reduced. Previous experience with simpler materials shows that arbitrary problems may be solved in a direct manner.
Swedlow, J. L.↗
Automatic problem formulation using the metric properties of space.
The use of metric tensors as inputs to computer programs designed to formulate engineering and scientific problems is considered as an alternative to the use of coordinate transformation equations.
Howard, J. C.↗