Explicit Runge-Kutta integration
Fourth order Runge-Kutta method applied to system of linear differential equations
RUNGE-KUTTA INTEGRATION↗
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The Libration of Mercury
Numerical solutions for librational motion of Mercury obtained by applying Runge-Kutta integration
NUMERICAL ANALYSIS↗
Higher order approximations of runge-kutta type
Runge-Kutta integration for higher order differential equation solution
CALCULUS↗
A high-order perturbation theory using rectangular coordinates.
Runge-kutta integration to approximate system of nonlinear equations by series of linear equations
RUNGE-KUTTA INTEGRATION↗
A HIGH ORDER PERTURBATION THEORY USING RECTANGULAR COORDINATES
Runge-kutta integration to approximate a system of nonlinear equations by a series of linear equations
RUNGE-KUTTA INTEGRATION↗
Analysis of the Runge-Kutta-Fehlberg method
Stability and error analysis of Runge-Kutta- Fehlberg numerical integration method
NUMERICAL INTEGRATION↗
A numerical method for finding solutions of nonlinear equations.
Mumerical integration of nonlinear differential equation using Runge-Kutta method
RUNGE-KUTTA INTEGRATION↗
Explicit integration of differential equations
Explicit integration of differential equations
DIFFERENTIAL EQUATION↗
Performance characteristics of higher order approximations of runge-kutta type
Performance characteristics of higher order approximations of Runge-Kutta type
RUNGE-KUTTA INTEGRATION↗
Flow of a gas-solid suspension through a nozzle.
Modified Runge-Kutta analysis of one-dimensional nozzle flow of gas-solid suspension, noting electrostatic effects
RUNGE-KUTTA INTEGRATION↗
Calculation of the absorption coefficient for lines with combined Doppler and Lorentz broadening.
Absorption coefficient for lines with combined Doppler and Lorentz broadening calculated, using Runge-Kutta method, continued fraction expansion and Hermite-Gauss quadrature
RUNGE-KUTTA INTEGRATION↗
Some fifth-order classical Runge-Kutta formulas.
Fifth-order Runge-Kutta formulas including extensions of Radau, Lobatto, Newton-Cotes and Legendre-Gauss quadratures
COMPUTER METHOD↗
Solutions of differential equations by evaluations of functions.
Runge-Kutta fourth order formula used to obtain approximate solution to differential equations
RUNGE-KUTTA INTEGRATION↗
Further explicit fifth-order Runge-Kutta formulas.
Three families of classical fifth-order Runge- Kutta formulas including Newton-Cotes, Legendre-Gauss and Lobatto and Randau types
RUNGE-KUTTA INTEGRATION↗
Equations for Runge-kutta Formulas Through the Eighth Order
Tables for elementary weights of Runge-Kutta formulas of first eight orders and for relations of explicit formulas through order seven
WEIGHTING /MATH/↗
Strength of synchronous rotation of the moon.
An expression for the strength of the synchronous rotation of the moon in terms of upper and lower limits on the rotational period is derived. The rotational periods for locked-in motion are expected to lie between 1.025T and 0.975T, where T is the period of revolution.
SATELLITE ROTATION↗
Runge-kutta type formulas of high-order accuracy and their application to the numerical integration of the restricted problem of three bodies.
Runge-Kutta type formulas applied to restricted three-body problem achieving high order accuracy by m-fold differentiation and simple transformation
THREE-BODY PROBLEM↗
On bilateral approximation in the numerical integration of Cauchy's problem for ordinary differential equations
Runge-Kutta formulas for ordinary differential equations
Zarubych, S. Z.↗