December 2023 - Nexio Group

NEXIO, CGX AERO and GEOMOD develop electromagnetic simulation software for airport environments

GROUP NEWS, USE CASES / 4 October 2024 / customer projects, radio frequency

NEXIO, CGX AERO and GEOMOD develop electromagnetic simulation software for airport environments Through the MAXWELL project, the 3 French partner companies NEXIO, CGX AERO and GEOMOD are developing the EM4flight® software. This high-performance electromagnetic simulation software solution enables antenna placement in airport environments, and performance analysis of radionavigation systems. Begun in August 2019, this project

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Antenna placement on a target drone

USE CASES / 4 October 2024 / radio frequency

Antenna placement on a target drone This document presents a study of antenna placement on a target drone used in the military field. This type of drone has been around for many years, and is used to train air defense systems. The drone simulates a missile, allowing a fighter pilot to practice firing it. It

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RCS of a sphere as a function of frequency

SER, USE CASES / 4 October 2024 / SER

RCS of a sphere as a function of frequency This document presents an RCS simulation of a sphere with CAPITOLE-RCS. The model used is a simple sphere with a radius of 0.2 m. The monostatic RCS calculation will be performed in one direction and for a frequency sweep from 10 MHz to 8 GHz. File

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First steps with CAPITOLE-RCS

SER, USE CASES / 4 October 2024 / SER

First steps with CAPITOLE-RCS This document describes how to create a simple project in CAPITOLE-RCS. The model used is a simple sphere with a radius of 200 mm. The monostatic RCS calculation will be performed at a frequency of 2.5 GHz on a cross-section in a conical coordinate system at elevation 0° and from -90°

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Radar cross-section comparison on simple shapes

SER, USE CASES / 7 October 2024 / SER

Radar cross-section comparison on simple shapes This document presents CAPITOLE-RCS simulation results on simple shapes. The monostatic RCS is calculated and compared with measured data published in the following article: A.C. Woo, H.T.G. Wang, M.J Schuh and M.L Sanders “Benchmark Radar Targets for the Validation of Computational Electromagnetics Programs” IEEE Antennas and Propagation Magazine, Vol.

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