ESTEAM by TICRA

ESTEAM by TICRA wird unterstützt von Advanced Partner Alliance

Enhance simulation, improve engineering, and optimize design with an additional 82+ products that’s already part of your offering. Discover third-party solutions from a single unified source that you know and trust through the Advanced Partner Alliance (APA).
APA solutions are delivered through the Altair Units licensing system, which allows customers to access multiple engineering tools using a shared pool of licenses. This lowers barriers to adoption and simplifies procurement for your customers.

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Warum Accurate modeling of antennas on complex platforms?

ESTEAM by TICRA offers advanced modeling and simulation of antennas mounted on large or complex structures. Users can create parameterized objects or import detailed CAD models, supporting realistic analysis of antenna performance in challenging environments. When integrated with TICRA’s GRASP tool, ESTEAM enables precise design and optimization of reflector and multi-antenna systems.

Vorteile

Installed Antenna Performance:
Include all details of antenna systems to design, analyze, and validate complex antenna installations.
Best-in-Class Full-Wave Solver:
Features higher accuracy and lower memory requirements for electrically large problems than other full-wave solvers.
Seamless TICRA Tools Compatibility:
Take optimized designs from other TICRA Tools products the last step before production with a detailed model validation in ESTEAM.

Besondere Funktionen

State-of-the-Art Higher-Order MoM Solver

Based on special higher-order basis functions, ESTEAM is the most powerful full-wave solver on the market.

MLFMM Tailored to Higher-Order MoM

To handle electrically very large problems, ESTEAM is enhanced with an advanced Multi-Level Fast-Multipole Method (MLFMM) implementation.

Flexible Geometry Definition

Use built-in geometry shapes, including wires, boxes, BoR, and clusters of any of these, as well as imported CAD files to define antenna systems.

Anwendungen in der Praxis

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CubeSat Platform Scattering Analysis

This use case shows how GRASP and ESTEAM predict the impact of a CubeSat chassis on a compact reflector antenna’s performance. Modeling reveals increased sidelobes, cross-polarization, and a >1 dB reduction in peak directivity, supporting reliable CubeSat antenna design.

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Zusätzliche Informationen und Ressourcen

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