Self-capacitance of basic conducting objects – BEM/MoM numerical solution

This module is an accurate 3D electrostatic MoM solution for a self-capacitance of basic conducting objects. The conducting object may be a plate or a circle, a conducting brick, a sphere, or a cylinder. The module also computes charge distributions on conductors, electric field/electric potential distribution in a plane, and electric field/electric potential at a point of interest.

A video describing the operation of this module is located at http://www.youtube.com/watch?v=mS2ANHYMJCQ

The following general features are worthy of note:
• The module is a stand-alone application;
• The module has a user friendly, intuitive, and universal graphical user interface accessible to virtually any MATLAB user. The knowledge of the underlying boundary element/iterative method is not required;
• The module project I/O data may be saved in separate project file(s) and retrieved at any time;
• The library is implemented entirely in basic MATLAB (R2011a or later);
• No additional MATLAB toolboxes are required;
No extra DDLs or other extra files need to be installed