EMAP5 Homepage

Last modified: July 2, 2009

EMAP5 is a full-wave electromagnetic field solver that combines the method of moments (MOM) with a vector finite element method (VFEM). It employs the finite element method (FEM) to analyze a dielectric volume, and employs the method of moments (MoM) to solve for currents on the surface of (or external to) this volume. The two methods are coupled through the fields on the dielectric surface.

EMAP5 can model three kinds of sources: incident plane waves, voltage sources (in the moment-method region) and impressed current sources (in the finite element region). This general purpose code can be applied to a large class of problems where the radiating structures are of the order of a wavelength. However, the ultimate objective behind the development of the code is to efficiently model heterogeneous and arbitrarily shaped dielectric bodies attached to one or more conducting bodies. A typical example of such structures is a printed circuit board (PCB) attached to long wires or cables.

How to download and setup EMAP5

TABLE OF CONTENTS

1. Components of the EMAP5 Software Package.
2. Keywords for SIFT5.
3. Bookkeeping Scheme and Input/Output Format of EMAP5.
4. Non-Uniform Mesh.
5. Examples
6. • Example1:    A Dipole in Free Space
   • Example2:    A Dipole Placed on a Dielectric Slab
   • Example3:    A Dipole with a Source Located within a Dielectric Slab
   • Example4:    Scattering from a Dielectric Cube
   • Example5:    Determine the Input Impedance of a Microstrip Configuration
7. On-line Flowchart
8. • sift5
   • emap5
9. On-line Code Documentation
10. • alloc.c
    • complex.c
    • util.c
    • sift5.c
    • emap5.c
11. Publications

The latest version of the EMAP finite element modeling codes were created at the Clemson University Vehicular Electronics Laboratory. They are intended for use in teaching or research. They may be freely copied and distributed without modification. Neither the authors nor Clemson University makes any warranty, expressed or implied, or assumes any legal responsibility for the accuracy, completeness or usefulness of these codes or any information distributed with these codes.

Most of the enhancements in EMAP5 were developed and documented by Yun Ji, Hao Wang, Chunlei Guo, and Haixin Ke.