Drive digital transformation in aerospace with an integrated simulation and testing strategy. Leverage aerospace engineering software to drive productivity, achieve better designs faster, and ensure successful program outcomes.
Modern aircraft, spacecraft and aero engines are marvels of complex engineering. With every new generation of aircraft and spacecraft, there has been exponential growth in system complexity leading to unforeseen problems and program delays. These delays and overruns have a significant impact on the program's cost and ultimately, the profitability of the parent company.
Major issues arise from delays and aerospace companies strive to minimize those delays. (Gartner)
Programs are significantly delayed with implications on budget, resources, and overall project success. (Deloitte)
Budget overruns have a significant impact over the original baseline for major aviation programs. (Deloitte)
Implement an integrated simulation and test strategy and utilize aerospace simulation software to drive digital transformation, break down silos between disciplines and gain earlier insights into product performance for structures, aerodynamics, virtual integration and beyond.
Aerospace engineering software provides tools that aid in the creation of scalable digital twins to support mission-critical performance objectives, ranging from structures, aerodynamics, and systems performance to thermal management and verification management.
Accurately predicting the behavior of complex aerospace systems and having confidence in early-stage design is key to achieving program success.
Leveraging complex models to explore the design space thoroughly, saving time and gaining valuable insights is vital before finalizing the design.
Utilizing AI-driven engineering to adapt to customer preferences and regulations contributes to efficient operations and program deployment.
Integrating simulation models and product data facilitates the linkage of processes, alignment of teams in complex development environments.
Simcenter aerospace engineering software offers comprehensive simulation and test applications tailored specifically for aerospace use cases. With cutting-edge aerospace simulation software, industry expertise, and reliable support, Simcenter enables aerospace innovators to transform engineering.
Try Simcenter today with the simulation software for aerospace trial and discover how to accurately predict all aircraft performance aspects, optimize designs and innovate faster, and with greater confidence. Gain early insights into the integrated aircraft behavior, from the concept phase onwards.
User perception is critical; it’s a reflection of how well Simcenter is doing, and whether our continuous software release cycles are resonating with you.
With the revolutionary search strategies available only in Simcenter, we can uncover new design concepts that improve our products and significantly reduce development costs. Interconnecting and integrating Simcenter tools in the Siemens Xcelerator business platform has been groundbreaking for us.
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Transforming aerospace engineering, thanks to simulation and testing, refers to the use of advanced computer simulations and testing methods to revolutionize the way aircraft and spacecraft are designed, developed, and validated. By leveraging simulations and tests, engineers can digitally model and analyze various aspects of aerospace systems, such as aerodynamics, structural integrity, propulsion and control systems.
Transitioning from siloed engineering to a comprehensive, model-based approach is a strategic move that can significantly enhance operational efficiency, collaboration and decision-making within an organization. This shift involves breaking down the traditional barriers between departments and embracing a holistic digital twin engineering strategy that integrates various aspects of engineering, design and production and leverages aerospace engineering software like Simcenter.
Leveraging aerospace engineering software towards integrated model-based engineering for architecture definition and virtual integration provides several benefits, including faster design iteration, reduced costs, improved performance, enhanced functionality and increased reliability. It enables designers and engineers to make more informed decisions, optimize designs and ensure seamless integration before physical production or implementation.
The process that embraces the tight handshake between virtual and physical testing leverages aerospace engineering software and actual physical tests to streamline the aircraft certification process, resulting in faster and more accurate evaluations of critical requirements
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