COMPEL - The international journal for computation and mathematics in electrical and electronic engineering: Volume 4 Issue 3

METHOD OF CONFORMAL TRANSFORMATION FOR THE FINITE‐ELEMENT SOLUTION OF AXISYMMETRIC EXTERIOR‐FIELD PROBLEMS

S.H. WONG, I.R. CIRIC

The finite‐element method can be used for an approximate solution of axisymmetric exterior‐field problems by truncating the unbounded domain, or by applying various techniques of…

APPLICATION OF THE MULTIPLE MULTIPOLE (MMP) METHOD TO ELECTRODYNAMICS

Ch. HAFNER, G. KLAUS

The MMP method, which was already successfully applied to two‐dimensional electrostatic problems, is extended in this paper to solve dynamic cases. Different techniques are…

A NEW STOCHASTIC LOAD FORECASTING MODEL TO PREDICT LOAD GROWTH ON RADIAL FEEDERS

Turan GÖNEN, John C. THOMPSON

A new stochastic load forecasting model to predict load growth on radial feeders has been developed. Present methods of making such predictions have no underlying a priori model…

A PROGRAM FOR SIGNAL FLOW GRAPHS: (an alternative to Mason's theorem)

D. MIDGLEY, RICHARDSON

Signal flow graphs for networks of electronic systems are often reduced to transfer functions by Mason's theorem. An interactive software package is presented to make this process…

A NEW FINITE ELEMENT‐BOUNDARY INTEGRAL PROCEDURE FOR THE SOLUTION OF THE MAGNETOSTATIC FIELD PROBLEM

Mark J. FRIEDMAN

A new finite element‐boundary integral procedure for the solution of the magnetostatic field problem has been introduced previously by the author and J.S. Colonias. The approach…