COMPEL - The international journal for computation and mathematics in electrical and electronic engineering: Volume 8 Issue 4
Table of contents
ON REGIONAL OPTIMISATION OF GRID AND RELAXATION PARAMETER FOR FINITE DIFFERENCE SOLUTION OF POISSONS' EQUATION IN REVERSE BIASED PLANAR TYPE p‐n JUNCTIONS
J. AKHTAR, S. AHMADThe optimisation of grid structure and relaxation parameter is considered in this paper in connection with two‐dimensional finite difference solution of Poisson's equation for…
DECOUPLED SECURE ECONOMIC DISPATCH ALGORITHM FOR POWER SYSTEM OPERATION: SYSTEM TESTS
A.O. EKWUEIn a companion paper, a theoretical framework of an algorithm was described which determines the optimal power flows of a network via the Dommel‐Tinney approach with or without…
AN ADAPTED CHOLESKY DECOMPOSITION METHOD FOR THE SOLUTION OF COUPLED MAGNETIC‐ELECTRIC EQUATIONS
W. LONG, F. PIRIOU, A. RAZEKA model coupling magnetic and electric equations is developed in this paper. The unknowns in this model are the magnetic vector potential and the mesh currents. The nature of the…
A SCALING METHOD IN THE NUMERICAL ANALYSIS SOLUTION OF THE CURRENT CONTINUITY EQUATIONS IN SEMICONDUCTOR ANALYSIS
Nabil R. NASSIFThis paper analyses a method of local scaling analysis for the discrete continuity equations of a semiconductor. The basic purpose is to give an algorithm that eliminates all…
SEMICONDUCTOR DEVICE MODELING USING FLUX UPWIND FINITE ELEMENTS
G.F. CAREY, M. SHARMAA flux‐upwind finite element method is developed for the carrier transport equations in semiconductor device modeling. Our approach is motivated by the streamline upwind methods…
ISSN:
0332-1649Online date, start – end:
1982Copyright Holder:
Emerald Publishing LimitedOpen Access:
hybridEditor:
- Prof Jan Sykulski