Padé Approximants Method and Its Applications to Mechanics
Padé Approximants Method and Its Applications to Mechanics [electronic resource] /
edited by Henri Cabannes.
- XV, 270 p. 3 illus. online resource.
- Lecture Notes in Physics, 47 0075-8450 ; .
- Lecture Notes in Physics, 47 .
The linear, functional equation approach to the problem of the convergence of Padé approximants -- Construction of variational bounds for the N-body eigenstate problem by the method of Pade approximations -- Rational polynomial approximants in N variables -- Convergence of rows of the Pade table -- The use of Pade approximation in numerical integration -- Determination of shock waves by convergence acceleration -- Cyclic iterative method applied to transonic flow analyses -- A technique for accelerating iterative convergence in numerical integration, with application in transonic aerodynamics -- The rise of a bubble in a fluid -- Rational approximations to the solution of the blunt-body & related problems -- Wave front expansions and Pade' approximants for transient waves in linear dispersive media -- Application of methods for acceleration of convergence to the calculation of singularities of transonic flows -- The use of Pade fractions in the calculation of nozzle flows -- A bibliography on Pade approximation and some related matters.
9783540381327
10.1007/BFb0015655 doi
Engineering.
Engineering, general.
TA1-2040
620
The linear, functional equation approach to the problem of the convergence of Padé approximants -- Construction of variational bounds for the N-body eigenstate problem by the method of Pade approximations -- Rational polynomial approximants in N variables -- Convergence of rows of the Pade table -- The use of Pade approximation in numerical integration -- Determination of shock waves by convergence acceleration -- Cyclic iterative method applied to transonic flow analyses -- A technique for accelerating iterative convergence in numerical integration, with application in transonic aerodynamics -- The rise of a bubble in a fluid -- Rational approximations to the solution of the blunt-body & related problems -- Wave front expansions and Pade' approximants for transient waves in linear dispersive media -- Application of methods for acceleration of convergence to the calculation of singularities of transonic flows -- The use of Pade fractions in the calculation of nozzle flows -- A bibliography on Pade approximation and some related matters.
9783540381327
10.1007/BFb0015655 doi
Engineering.
Engineering, general.
TA1-2040
620