A technique for solving certain Wiener-Hopf type boundary value problems Technical report no. 9
Technique for solving Weiner-Hopf type boundary value problems
PROBLEM SOLVING↗
SEARCH · Search NASA
Results for “solving”
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.
Studies of the problem-solving process in engineering design.
R and D problem solving and information gathering in engineering design, reviewing M.I.T. research program on management of science and technology
INFORMATION RETRIEVAL↗
Iterative methods for solving nonlinear least squares problems
Iterative methods for solving nonlinear least squares problems
ITERATIVE SOLUTION↗
A modified quasilinearization concept for solving the nonlinear two-point boundary value problem
Modified quasilinearization concept for solving nonlinear two point boundary value problem
BOUNDARY VALUE PROBLEM↗
DC-8 MTP calibration for SOLVE-2
The Jet Propulsion Laboratory (JPL) Microwave Temperature Profiler (MTP) was the only instrument making temperature measurements at and below flight level on the DC-8 during the SOLVE-2 campaign. Many years of careful comparison of MTP measurements with radiosondes near the DC-8 flight track have shown that the flight level temperature can be determined to an accuracy of 0.2K relative to radiosondes.
SOLVE-2↗
RAPID ALGEBRAIC TECHNIQUES FOR SOLVING AUTOMATIC CONTROL EQUATIONS
Rapid techniques for solving automatic control equations
AUTOMATIC CONTROL↗
USE OF THE FROBENIUS SERIES IN SOLVING HOMOGENEOUS LINEAR SYSTEMS OF DIFFERENTIAL EQUATIONS WITH WEAK SINGULAR POINTS
Use of the frobenius series in solving homogeneous linear systems of differential equations with weak singular points
HOMOGENEITY↗
A CALCULATION METHOD FOR SOLVING AEROELASTIC PROBLEMS FOR STUB WINGS AND ENTIRE AIRCRAFT
Calculation method for solving aeroelastic problems for stub wings and entire aircraft
AIRCRAFT DESIGN↗
Multivariable least squares approximation and its application to solving problems associated with space vehicles summary report, may 1, 1962 - feb. 1, 1965
Multivariable least squares approximation polynomials and transcendental function problem solving for missile trajectories
POLYNOMIAL↗
A computer program to solve the heat- conduction equation in the lunar surface for temperature-dependent thermal properties scientific report no. 7
Computer program to solve heat conduction equation in lunar surface for temperature-dependent thermal properties
HEAT TRANSFER↗
New computer program solves wide variety of heat flow problems
Boeing Engineering Thermal Analyzer /BETA/ computer program uses numerical methods to provide accurate heat transfer solutions to a wide variety of heat flow problems. The program solves steady-state and transient problems in almost any situation that can be represented by a resistance-capacitance network.
Almond, J. C.↗
An approximate method for solving the single- degree-of-freedom roll equation with time- dependent coefficients
Approximation method for solving singe-degree-of- freedom differential roll equation with time dependent coefficient - ballistic trajectory anallysis
ROLL↗
Analysis and Improvement of Iteration Methods for Solving Automatic Control Equations Semiannual Status Report, Feb. - Aug. 1966
Approximation and matrix iteration techniques for solving automatic control equations
ITERATIVE SOLUTION↗
Computer program simulates physical systems by solving the simultaneous differential equations describing the systems
DIANA, a digital-analog simulation program for IBM 1620 2 computer, simulates physical systems by solving the simultaneous differential equations describing the systems. It expands and optimizes the input-output capabilities, permits additional flexibility in midstream program alternation, and minimizes the computational time.
Mankovitz, R. J.↗
Computer subroutine ISUDS accurately solves large system of simultaneous linear algebraic equations
Computer program, an Iterative Scheme Using a Direct Solution, obtains double precision accuracy using a single-precision coefficient matrix. ISUDS solves a system of equations written in matrix form as AX equals B, where A is a square non-singular coefficient matrix, X is a vector, and B is a vector.
Collier, G.↗
The iteration method of solving the plane elastic-plastic problem of soil mechanics
Iteration method of solving plane elastic-plastic problem of soil mechanics
SOIL↗
The utilization of an impulsive solution in solving optimum trajectory problems with bounded thrust magnitude
Impulsive solution used to solve optimum trajectory problems with bounded thrust magnitude
TRAJECTORY OPTIMIZATION↗
A modification of Potters' method for solving eigenvalue problems involving tridiagonal matrices.
Modification of Potter method of Gaussian elimination for solving eigenvalue problems of buckling and free vibrations of shells of revolution
SHELL STABILITY↗