Abstract: The article describes a mathematical model of a linear induction motor on the basis of detailed equivalent circuits. This model performs calculations of both electromagnetic steady-states ...

Abstract: The use of a numerical differentiation formula (NDF) is an excellent method for solving stiff ordinary differential equations. However, the NDF method cannot fully adapt to all stiff systems ...

This paper is the first of two papers concerning the derivation of optimal quadrature formulas. In Part I, we develop results concerning generalized inverses and use these results to derive some ...

Numerical differentiation is a method of estimating the derivative of a function using finite differences. The methods implemented in this code include: Forward Difference Method: Approximates the ...

We propose to add a scipy.diff sub-package containing several finite difference numerical methods to compute derivatives of functions. Roughly analogous to the existing scipy.integrate (tutorial, ...

In many areas of science, through the use of modern computer-controlled instrumentation, highly accurate indirect measurements of the phenomenon/process of interest are being generated on a (very) ...

Office Hours: TR 10:30-11:30 a.m.,W 4-5:30 p.m., or by appointment Course Objective: To provide an introduction to techniques of numerical analysis including solutions of nonlinear equations, linear ...