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NORDSIECK FORMS OF STIFFLY-STABLE ADAMS-TYPE CYCLIC METHODS THAT ARE INSENSITIVE TO STEP-SIZE CHANGES
(Birkhauser Boston, 1992-01-01)
In this paper we determine a matrix S and a vector l for stiffly-stable Adams-type cyclic methods that are insensitive to step size changes by using the definition of equivalent methods, (see, e.g. [l]), in the Nordsieck ...
NORDSIECK FORMS OF STIFFLY-STABLE ADAMS-TYPE CYCLIC METHODS THAT ARE INSENSITIVE TO STEP-SIZE CHANGES
(Birkhauser Boston, 1992-01-01)
In this paper we determine a matrix S and a vector l for stiffly-stable Adams-type cyclic methods that are insensitive to step size changes by using the definition of equivalent methods, (see, e.g. [l]), in the Nordsieck ...
NORDSIECK FORMS OF STIFFLY-STABLE ADAMS-TYPE CYCLIC METHODS THAT ARE INSENSITIVE TO STEP-SIZE CHANGES
(Birkhauser Boston, 2014)
Concerning the stability of BDF methods
(2008-10-22)
We present an analysis of A0-stability of BDF methods and proof that zero-stable BDF methods are A0-stable using the Schur-Cohn criterion. With this result we have that zero-stable BDF methods are stiffly-stable. © 2008 ...
Concerning the stability of BDF methods
(2008-10-22)
We present an analysis of A0-stability of BDF methods and proof that zero-stable BDF methods are A0-stable using the Schur-Cohn criterion. With this result we have that zero-stable BDF methods are stiffly-stable. © 2008 ...
Computational electrodynamics in material media with constraint preservation, multidimensional riemann solvers and sub cell resolution – Part I, second-order FVTD schemes
(Elsevier, 2017)
While classic finite-difference time-domain (FDTD) solutions of Maxwell’s equations have served the computational electrodynamics (CED) community very well, formulations based on Godunov methodology have begun to show ...