Aérospatial & défense

Les entreprises du secteur Aérospatial & Défense peuvent compter sur ANSYS pour relever les défis d'efficacité énergétique et d'impact environnemental ; innover dans la nouvelle course à l’espace ; concevoir des solutions abordables dans un contexte de dépenses de défense restreintes.

Partout dans le monde, les entreprises de pointe utilisent ANSYS pour développer des avions de nouvelle génération, des véhicules spatiaux commerciaux ou des systèmes aériens sans pilote comme les drones de reconnaissance, de renseignement et de surveillance (RSR).

L’optimisation du confort et de la sécurité des passagers reste une préoccupation majeure. Il faut, par ailleurs, prendre en compte des éléments complexes comme les matériaux multifonctionnels avancés, les millions de lignes de code embarqué, l’ingénierie système basée sur les modèles et l’optimisation multidisciplinaire.


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The upward price of jet fuel and the desire to reduce its environmental impact are driving the entire commercial aircraft supply chain to aggressively improve fuel efficiency and reduce the lifecycle cost of ownership.

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Because of its incredible depth and breadth, ANSYS engineering simulation technology plays a crucial role in the defense industry, especially as major organizations improve design process efficiency and leverage model-based systems engineering in the drive for affordability.

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The more-electronic aircraft initiative expects to significantly reduce weight and improve fuel efficiency. There are two key components: reducing the size, weight, power and cooling (SWAP-C) requirements of electronic systems and replacing traditional systems with their electronic equivalents.

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Because of space’s unforgiving environment, product design must be right the first time. ANSYS' engineering simulation technology ensures product reliability at established and emerging government and commercial space technology organizations.

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Applications

Smart & Affordable ISR

ANSYS engineering technology is ideal for developing smart and affordable intelligence, surveillance and reconnaissance (ISR) products. Simulation helps to reduce late-stage failures, deliver enhanced payload and platform capabilities (including unmanned systems) and improve performance of embedded electronic and communications technology. Integrated systems analysis and multiphysics simulation deliver robust platform and payload integration.

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Design for Affordability

Simulation-based engineering has proven beneficial in reducing product development time and cost as well as building in higher quality and more innovation. However, in this era of fiscal scrutiny, merely using simulation tools is not sufficient to meet affordability targets.

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Engineering for Sustainment

With capabilities related to fatigue, advanced materials, next-generation electronics and embedded control code, ANSYS technology helps customers engineer for sustainment through lifecycle prediction. This includes minimizing maintenance costs, optimizing operational availability, reducing late-stage design failure and integrating new hardware and software components into existing platforms.

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More Efficient Aircraft

Improving fuel efficiency and reducing environmental impact touches all aspects of aircraft design.

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Passenger Comfort & Safety

Comfort and safety of airline passengers is a key competitive battleground. Environmental control system (ECS) designers leverage ANSYS simulation software to meet sometimes-competing targets.

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