Description
All steps of the RADAR Cross Section computational process are illustrated through various examples, from CAD data management to results post-processing through triangular and/or sugarcubes meshing. The 3D Maxwell procedure is detailed through several applications relying on the use of the PAM-CEM/FD product (Finite-Difference in Time-Domain), and dealing with Aeronautics or Defense (Navy).
Special attention is paid to the management of high frequency ranges (Physical Optics), as well as to standard techniques aiming at controlling and/or reducing RCS values.
Audience
EMC engineers aware of numerical simulation and willing to improve their experience and/or expertise in RADAR Cross Section.
Objectives
Performing RCS computations of 3D realistic models with the related analysis.
Prerequisites
Basic knowledge of the Finite-Difference Time-Domain (FDTD) technique; Physical Optics.
Course content
- Introduction to PAM-CEM Simulation Suite
- Overview of the full RCS Computational Process
- Step-by-step presentation, demonstration and training
- Typical Aeronautics & Defense applications
- Discussion; Q&A