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Sep 17

Orbit Regime Analysis, Simulation, and MBSE Modeling, with Kyle Gallaher, Ansys

Ansys Systems Tool Kit (STK) is a multi-physics, multi-domain software application that enables users to analyze system and system-of-system mission performance in a simulated operational environment. We present a trade study demonstrating satellite constellation design in four primary orbit regimes (VLEO, LEO, MEO, and GEO. This simulated modeling environment shows how this maximizes the power of broader Model-Based System Engineering (MBSE).

The Aerospace Corporation
200 N. Aviation Blvd., El Segundo, CA 90245
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Virtual location

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Sep 17, 2024 05:30pm PT - Sep 17, 2024 07:30pm PT

$0.00 - $100.00

Ansys Systems Tool Kit (STK) is a multi-physics, multi-domain software application that enables users to analyze system and system-of-system mission performance in a simulated operational environment. With the ability to provide advanced modeling, analysis, and visualization capabilities for space, defense, communications, and intelligence domains, STK facilitates mission design and optimization to minimize program development risks and cost. For this presentation, a trade study demonstrating satellite constellation design in the four primary orbit regimes (VLEO, LEO, MEO, and GEO) and the resultant communications effects was conducted. Focusing on each regime’s signal latency, coverage effectiveness, and other communications parameters, the benefits of utilizing a simulated modeling environment are highlighted along with a short discussion of how this maximizes the power of broader Model-Based System Engineering (MBSE).

Kyle Gallaher is a Technical Support Engineer at Ansys Government Initiatives (AGI) where he ensures clients achieve their goals and maximize the value of Ansys technologies. He joined the AGI team in 2023 and has been building his expertise in Ansys software ever since. Kyle is a graduate of Virginia Tech, where he double majored with a bachelors in Aerospace and Ocean Engineering.

The speaker will be presenting remotely.