The Computer Journal · 1961 · 80 citations · 0 references
Numerical AnalysisNumerical Method For Partial Differential EquationElliptic EquationApplied Mathematical ModellingNon-linear Simultaneous EquationsFree Boundary ProblemImplicit RedundancyAlgebraic MethodNon-linear EquationsNonlinear EquationTwo-point Boundary ConditionsNonlinear Hyperbolic ProblemNonlinear Functional AnalysisDifferential EquationsContinuous SetLinear Equation
General methods are described in this paper for the solution of sets of non-linear simultaneous equations as they arise in problems of pure and applied mathematics, where there are often more equations than unknowns (with some implicit redundancy) or more unknowns than equations (with a continuous set of solutions). The basis of the methods is the n-dimensional generalization of the Newton–Raphson process.