It is no secret that manufacturing challenges in the aerospace industry are growing. Advanced materials, such as composites, and advanced technologies, such as additive manufacturing, are driving up manufacturing complexity. Automated processes are replacing labor-intensive applications on the shop floor, and this is increasing the need for specialized tools. Our manufacturing solution offers a comprehensive set of fully integrated tools for part manufacturing, including CAD/CAM, robotics, CNC machining, CMM inspection, and 3D printing.

Aerospace and defense tooling is complex and demanding, and plays a critical role in the finished product, affecting quality and manufacturing repeatability. Tooling design requires a deep understanding of the conditions faced during production. Our integrated design and manufacturing solution offer a comprehensive set of fully integrated tools for the entire tool and fixture design and manufacturing process, including design, simulation, CNC, CMM inspection and 3D printing.

Die Verwaltung von Materialdaten und deren Integration in den Produktlebenszyklus ist für die Entwicklung komplexer und innovativer Produkte entscheidend. Unsere Lösung gewährleistet eine enge Integration zwischen den Materialien, die für den Einsatz in Luft- und Raumfahrtprodukten vorgesehen sind, und der Produktstückliste. Diese Integration ist entscheidend, um erfolgreiche, innovative und anforderungskonforme Produkte liefern zu können.

Achieving performance requirements for emissions, noise, energy efficiency, safety, reliability in complex aircraft engine systems requires a platform that provides an integrated view of a large set of disciplines. By uniquely combining robust design space exploration, scalable multi-physics, dynamics and CFD capabilities, industry-leading physical testing and experienced engineering services, Siemens Digital Industry Software portfolio delivers engineering insight on all levels.

Aerodynamic performance engineering affects not just the airframe but a multitude of other aircraft systems. The design and performance of systems including propulsion, environmental controls, landing gears, ice protection, and avionics depend on optimal aerodynamic performance. Simcenter solutions offer accurate, multi-disciplinary simulations, testing, and automated design space exploration, helping engineers discover better aerodynamic designs, faster.

Engineering the thermal balance of a modern aircraft is challenging. Electrification, innovative designs and lighter materials warrant increased heat rejection while ensuring system safety and passenger comfort. Our solution portfolio offers a cohesive virtual thermal management analysis by optimizing thermal loading and passenger comfort, front-loading system and equipment integration and enabling thermal trade-off analysis early in the design. This combined systems engineering, modeling and simulation, test and verification is the key to engineering aircraft thermal innovation.

The structural complexity of modern aircraft has increased the structural analysis demand and the need to improve traceability and global analysis workflow which can have a major impact on reducing non-recurring program costs from structural design.

Boost the performance of aircraft systems. Avoid costly troubleshooting by addressing the complexity of aircraft systems and assessing system interactions during early design phases.

To help you reduce development costs and increase overall program delivery efficiency, we offer you a powerful suite of system simulation and CAE solutions that enable you to build scalable digital twins of aircraft systems.

Die heutigen Luft- und Raumfahrtprogramme müssen, häufig in Zusammenarbeit mit Zulieferern und Partnern auf der ganzen Welt, kosten- und termingerecht Produkte liefern, die alle technischen und leistungsbezogenen Anforderungen erfüllen. Häufig kommt es vor, dass diese Zulieferer und Partner mit unterschiedlichen Konstruktionsanwendungen arbeiten. Unsere Lösung ermöglicht digitale Mockups und Visualisierungen von Multi-CAD-Baugruppen, sodass alle Beteiligten auf Konstruktions- und Prozessdaten zugreifen können, um mit ihnen zu arbeiten und datenbasierte Entscheidungen treffen zu können.

Some of the issues facing aerospace and defense companies include increased product complexity, greater customization, and competitive disruption on a global basis. Many companies are still using document-based and other inefficient processes that hinder their ability to meet these challenges. It is imperative that companies transform their engineering and design thinking and processes. Our open multi-discipline, scalable and standards-based solution provides all the necessary tools for innovative aerospace product development.

Aerospace and defense companies are being asked to reduce the support and operating cost of their products. Given the long lifespans of these products, maintenance is a big contributor to their overall cost and as a result, improving reliability and minimizing maintenance-related downtime have become critical. By using product knowledge taken from design and simulation, our service planning and management solution makes it possible to develop, validate, and document service requirements and service plans prior to equipment delivery.

Companies in the aerospace and defense industry face a number of challenges, including increasingly complex programs, fierce competition, heightened regulatory requirements and changing customer priorities. One strategy that can help you successfully execute programs in this environment is to shift manufacturing considerations to earlier in the product lifecycle. We offer a process-driven PLM approach that brings manufacturing engineering into every aspect of your aerospace program, starting with the bid and continuing throughout the product lifecycle.

Mit einer modellbasierten elektrischen Entwicklungsumgebung kann die Konfiguration eines elektrischen digitalen Zwillings für die Vorschriftenkonformität schnell und genau analysiert werden.

Unsere E/E-Systementwicklungslösungen bieten einen modellbasierten Ansatz, der die Kontinuität digitaler Daten nutzt und die gesamte elektrische Wertschöpfungskette umfasst: von der Definition des elektrischen Systems der Plattform über seine Entwicklung, Zertifizierung und Fertigung bis hin zum Support während der gesamten Nutzungslebensdauer.

Orchestrate your technical program by using modeling to define product architecture and requirements, explore design space, test virtually, design interfaces from the product architecture, manage integrations and finally verify the product fulfills the requirements.

Motivated by performance and sustainability demands, aerospace and defense companies are exploring new designs, composite materials, and alternative production methods. While new approaches lead to more innovative products in the marketplace, speed could suffer without the right tools and processes. By adding convergent modeling and topology optimization software to the process, development teams can rapidly generate designs and explore alternatives to bolster strength, reduce weight, or incorporate new materials and manufacturing methods.

Airworthiness is everything in aerospace and defense. It touches all aspects of aircraft development, everywhere in the supply chain. From type certification to production certification and continued airworthiness, future success depends on a digital approach to reducing challenges and uncertainty.

Maximize the chances of getting to market faster with a well-designed, certifiable aircraft. When you incorporate certification requirements into your plans from the beginning, airworthiness certification and compliance requirements are efficiently understood, distributed and verified during every step of development within all functional areas.