space.Ansys.com
space.Ansys.com

Conception des ressources

Optimisation des exigences de mission

Une mission réussie ne se limite pas à un plan et à un déroulement de mission optimisés. Les ingénieurs doivent également développer des technologies avancées pour les systèmes spatiaux. Les ingénieurs de différentes disciplines doivent créer des technologies de communication, de télédétection et de navigation optimisées pour leurs missions spatiales.

Preparing Complex Space Mission Design Components

As space becomes increasingly congested and contested, the demand for robust communications, high-resolution remote sensing, and other advanced technology is greater than ever. Engineers and innovators must achieve a few key goals when designing and developing these assets to make mission plans a reality.

  • Conception de communications sécurisées, résilientes et hautes performances

    Les communications par satellite évoluent pour répondre aux exigences de connectivité globale grâce à une gestion innovante du spectre, une intégrité améliorée des signaux, une transmission sécurisée des données et des stratégies de déploiement agiles pour les progrès futurs.

  • Développement de la détection électro-optique

    Les missions critiques dans les secteurs militaires, commerciaux et scientifiques reposent sur des images haute résolution et sur des capacités de détection avancées et précises pour réussir. Les ingénieurs doivent se concentrer sur la précision de l'imagerie, les performances des capteurs, la rentabilité et la fourniture de données exploitables, d'aperçus et bien plus encore pour exceller et rester compétitifs.

  • Advancing Synthetic Aperture Radar (SAR)

    Remote sensing and imaging require continuous functionality for disaster management, defense intelligence, and environmental monitoring, focusing on enhanced resolution, data accuracy, and real-time processing.

Solutions Showcase

Solutions to Solve Mission Challenges

Whether you’re building satellites for Earth observation, global communications, or deep space navigation, designing assets that can withstand the harsh space environment is non-negotiable. Ansys brings a powerful, integrated suite of multiphysics tools to help you engineer smarter, faster, and with confidence.
Supporting image

Intégration de plateforme de réseau d'antennes satellite

Remplacez les antennes à guide d'ondes volumineuses par des antennes compactes à gain élevé qui permettent la coexistence multibande et prédisez l'impact de la plateforme satellite sur les performances des antennes.
Explore
Supporting image

Satellite Antenna Beamforming

The transition to electronically steered antennas enhances data rates and reliability. They feature adaptive beam steering for precise tracking and a low-profile design for easy maintenance and quick part replacement.
Explore
Supporting image

RF Performance in Space

RF multipaction and discharge pose reliability risks in satellite communication by causing signal degradation, power loss, increased noise, and reduced efficiency, often requiring additional shielding or detuning for mitigation.
Explore
Supporting image

Mission-Based Antenna Performance Verification

The tasks involve predicting satellite communication performance, designing and simulating antenna modules, assessing antenna performance pre-launch, and generating reports and link budget analyses for mission evaluation.
Explore
Supporting image

STOP Analysis of High Power Lasers

High-powered laser beams generate thermal stresses in optical components, degrading beam quality. To address this, optimize optical parameters and enhance collaboration between engineering teams for better performance under realistic conditions.
Découvrir
Supporting image

Sensor Modeling for EOIR Systems in Space

Enhance innovation through improved collaboration in design and analysis, enabling early issue detection, quicker product development, and fewer prototype cycles, resulting in significant resource savings and faster time to market.
Explore
Supporting image

Radar Sensor Modeling

Engineers need to comprehensively model radar system integration, including platform geometry, antenna behavior, target positioning, and environmental factors, while also evaluating the operational effectiveness of candidate radar systems against realistic targets.
Explore
Supporting image

RCS Generation, Visualization, and Implementation

Generate radar cross-section (RCS) measurements to examine vehicle and equipment designs, visualize RCS data in a 3D environment to analyze signature behavior, and evaluate performance against different radar collection modes.
Explore
Supporting image

Data and Image Visualization

ntegrate radar and electro-optical images into the correct geometry, synchronize sensor data with the collection scenario, and ensure model alignment with the collected data.
Explore
Supporting image

“Simulation is what you need to do to really verify and validate that this thing is going to perform in a space environment. ”

— Callie Lissinna, Verification and Validation Lead and Co-founder, Wyvern
Watch the Video
Supporting image

“It saves costs, it saves lots of time... and really it just means that we're able to build things that probably would be impossible if we couldn't simulate at all. ”

— Christian Kiel, VP of External Relations
Watch the Video

Conception de la ressource

Centre de ressources

NEW

Satellite Technology

What Are Satellite Constellations?

Explore the world of satellite constellations, from advantages and challenges to the cutting-edge technologies that are driving the future of this technology.
Lisez le livre électronique
Supporting image

White Paper

Linking Engineering With the Mission for Accelerated Product Development and Less Design Risk

Discover how digital mission engineering can help you overcome the critical challenges facing space innovators today.
Get the white paper
Supporting image

Webinar series

Engineering Resilient Space Systems

From mission planning to component-level reliability, explore the challenges and solutions faced by the innovators developing the next generation of robust spacecraft and space systems.
Regardez le webinaire
Supporting image

Webinar series

Journey With Us to the Space Mission Analysis and Design Webinar Series

We cover topics from launch-to-orbit modeling, vehicle design, space operations and more.
Explore Sessions
Supporting image
Featured Blogs
Supporting image

Comment Plan-S utilise l'ingénierie numérique pour développer une nouvelle économie spatiale

Supporting image

How Wyvern Is Creating a Better Earth From Space

Supporting image

Seeing the Future of the Maritime Industry in the Stars

Related Webinars

Improved Data Routing and Optimization for Large Satellite Constellation Designs

Simulating Realistic Optical Performance of a Low Earth Orbit Satellite

Évaluation thermique d'engins spatiaux

Accelerate Digital Engineering and MBSE
Supporting image

Concevez en toute confiance

Contactez-nous pour découvrir comment nous pouvons améliorer vos technologies de communication, de télédétection et de navigation pour votre prochaine mission.

Speak With an Ansys Expert

Featured Ansys products and collections for designing your assets

Plan smarter missions with tools that simulate trajectories, optimize tracking, and connect design to real-time operations—all in one streamlined workflow.

Ansys Fluent

Ansys Fluent is the industry-leading fluid simulation software known for its advanced physics modeling capabilities and industry leading accuracy.

Ansys HFSS

Ansys HFSS est un outil de simulation électromagnétique haute fréquence qui permet aux ingénieurs de concevoir et d'optimiser les composants RF, à micro-ondes et électroniques haute vitesse (antennes, connecteurs et circuits imprimés, par exemple) en modélisant avec précision le comportement du champ électromagnétique 3D.

Ansys Optics

Ansys Optics is a suite of simulation tools that enables engineers to design, optimize, and validate the performance of optical and photonic systems—such as lenses, sensors, displays, and LiDAR—by modeling the behavior of light across complex materials and environments.

Ansys Mechanical

Ansys Mechanical is a powerful finite element analysis (FEA) tool used to simulate and optimize the structural performance of components and systems under various physical conditions.