Electromagnetics
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
