Research in Electromagnetics has focused on computational techniques that
allow engineers to model complicated structures, which cannot be studied
analytically, to provide a better understanding of the basic physical
phenomena of the resulting electromagnetic fields. Projects, sponsored
by DoD, MRC, UIE, and Phillips Laboratory, include:
The Interaction of a Conducting Cylindrical Body with a Transient
Electromagnetic Field - simulates the interaction of a missile-like
structure with a wideband incident electromagnetic pulse
The Scattered Electromagnetic Field of a Buried Conductor
in a Stratified Medium - develops a code to compute the scattered
electromagnetic field of a conducting body buried in a multilayer lossy
soil given plane
Numerical Analysis of Radiators for Impulse-Like Transients
- numerically evaluates the performance of antennas suitable for radiating
wideband signals
High Frequency Analysis of the Ellipticus Antenna and HSI
Facility - performs high frequency modeling of the Ellipticus
antenna and HSI facility for illuminating test objects and evaluating
the electromagnetic shielding performance
