Numerical Treatment of Differential Equations in Applications

Klappentext

With contributions by numerous experts

Inhalt
On two boundary value problems in nonlinear elasticity from a numerical viewpoint.- A revised mesh refinement strategy for newton's method applied to nonlinear two-point boundary value problems.- Problems in applying the SOR-method to the solution of the Maxwell's time dependent equations.- Boundary-value technique for the numerical solution of periodic parabolic problems.- Time-discretisations for nonlinear evolution equations.- Frequency fitting in the numerical solution of ordinary differential equations.- Forced nonlinear oscillation for certain third order differential equation.- Sufficient conditions for the convergence, uniformly in ?, of a three point difference scheme for a singular perturbation problem.- Experiences on numerical calculation of fields.- An application of the differential equations of the sound ray.- On using the du fort frankel scheme for determination of the velocity profile in turbulent boundary layer along an oscillating wall.- On the numerical solution of nonlinear and functional differential equations with the tau method.- On the uniqueness and stability of weak solutions of a fokker-planck-vlasov equation.- On iterative solution methods for systems of partial differential equations.