Applied numerical methods for digital computation, Volume 1 |
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Contents
Roots of Algebraic and Transcendental | 83 |
Solution of Simultaneous Algebraic | 146 |
Curve Fitting | 299 |
Copyright | |
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Common terms and phrases
accompanying figure accuracy algebraic angle arguments array assigned augmented matrix Bairstow's method beam boundary C0NTINUE column computer program constant control statements convergence corrector equation corresponding CSMP program curve data points DAtA statement defined DELT derivative determine differential equation digits DIMENSI0N discussed displacement eigenvalues eigenvectors EPSI equal example expression flow chart fORmAt statement formula FORTRAN 77 FORTRAN IV FORTRRAN program ft/sec function subprogram Gauss-Seidel method given grid points increment initial value input integration interpolation interval iteration largest eigenvalue least-squares fit linear mass obtained output parameter per-step truncation error plot pocket calculator polynomial print-plot Prob problem procedure quantities roots Runge-Kutta method shown in Fig Simpson's rule simultaneous equations solution solved specification spline ST0P step strips subprogram subroutine subroutine subprogram Substituting symmetric matrix Taylor series temperature trapezoid trapezoid rule variable names velocity write zero