This course introduces linear methods used in mathematics, physical sciences, social sciences, and engineering. The course presents basic concepts, theory, computational ...

This paper presents a systematic algorithm for deriving the dynamic equation for a multilink flexible manipulator using the symbolic language MATHEMATICA. The program, ...

Measuring and especially modeling the spatial and temporal variability of local bottom shear stress in streams are major issues in concepts of hydraulic engineering and logic ...

The Löwdin alpha-function method, in which displaced orbitals are expanded in an infinite series of spherical harmonics, is implemented for Slater-type orbitals using a ...

Recently, nonlinear control theory based upon the differential geometric approach has proved their availability through the theoretical study and practical system ...

A procedure presented before (Pacios, L.F. J. Phys. Chem 1991, 95, 10653) to represent atomic electron charge densities p(r) and electrostatic potentials is here generalized ...

Thresholding criteria are introduced that enforce locality of exchange interactions in Cartesian Gaussian-based Hartree-Fock calculations. These criteria are obtained from an ...

Accurate methods used to evaluate the inverse of the standard normal cumulative distribution function at probability p commonly used today are too cumbersome and/or slow to ...

A Mathematica notebook to compute the elements of the matrices which arise in the solution of the Helmholtz equation by the finite element method (nodal approximation) for ...

ODE.m, a new differential equations package for Mathematica, greatly enhances Mathematica's differential equation solvers and makes them easier to use. Using Mathematica's ...