A HIGH ORDER PERTURBATION THEORY USING RECTANGULAR COORDINATES
High order perturbation theory using rectangular coordinates - mathematical analysis
PERTURBATION THEORY↗
SEARCH · Engineering Papers
Results for “mathematical analysis”
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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Multicompartment interpretation of radiation-damage curves
Mathematical analysis of radiation injury incidence in cell culture
RADIATION MEDICINE↗
Calculations enable optimum design of magnetic brake
Mathematical analysis and computations determine optimum magnetic coil configurations for a magnetic brake which controllably decelerates a free falling load to a soft stop. Calculations on unconventionally wound coils determine the required parameters for the desired deceleration with minimum electrical energy supplied to the stationary coil.
Kosmahl, H. G.↗
Theoretical calculations of the bremsstrahlung cross section
Mathematical analysis and computer programming for theoretical calculations of bremsstrahlung cross section
NUMERICAL ANALYSIS↗
Local definition of generalized control systems.
Mathematical analysis of axioms that provide local definition of generalized control systems
DYNAMIC CONTROL↗
A ''Hummingbird'' for the L2 lunar libration point
Mathematical analysis of lunar libration point for anchoring communications satellite to backside of moon
LUNAR SATELLITE↗
Flame spreading at elevated pressures over the surface of igniting solid propellants and propellant ingredients in oxygen/inert environments Annual report
Mathematical analysis of flame propagation at high pressures over surface of igniting solid propellants and propellant ingredients in oxygen/inert atmospheres
Magee, R. S.↗
On fluid inertia effects in infinitely wide foil bearings
Fluid inertia effects in foil bearings - mathematical analysis
Eshel, A.↗
Computer program for prediction of heat transfer through glass.
Thermal behavior of space vehicle window systems predicted by mathematical analysis and computer methods for heat transfer through glass
Comstock, D. F.↗
Root-cubing and general root-powering methods for finding the zeros of polynomials
Mathematical analysis technique generalizes a root squaring and root cubing method into a general root powering method. The introduction of partitioned polynomials into this general root powering method simplifies the coding of the polynomial transformations into input data suitable for processing by computer. The method includes analytic functions.
Bareiss, E. H.↗
Propagation of One and Two Dimensional Waves of Finite Amplitude
Mathematical analysis of propagation of one and two dimensional waves of finite amplitude
Rodin, E. Y.↗
Geometry of the geomagnetic tail
Mathematical analysis of geomagnetic tail of Explorer 33 and Explorer 35 satellites
Behannon, K. W.↗
Second-order wave structure in supersonic flows
Mathematical analysis of wave structure in supersonic flow
Caughey, D. A.↗
Computer program to predict heat transfer through glass.
Thermal behavior of space vehicle window systems predicted by mathematical analysis and computer methods for heat transfer through glass
Comstock, D. F.↗
Constitutive relations for stress and heat flux in a shock wave
Mathematical analysis of shock wave structure incorporating Maxwell moment methods and Boltzmann equation for stress and heat flux constitutive relations
Baganoff, D.↗
Summary of available information on Reynolds analogy for zero-pressure-gradient, compressible, turbulent-boundary-layer flow
Mathematical analysis of Reynolds analogy for turbulent heat transfer, skin friction, and boundary layer flow in adiabatic conditions
Cary, A. M., Jr.↗
An improved analytical treatment of the denting of thin sheets by hail
Mathematical analysis of denting of thin aircraft skin by hail
Hayduk, R. J.↗