The Aerospace Corporation’s Post

I’m taking a course on edX! Introduction to Aerospace Structures and Materials out:https://lnkd.in/eFkpuvw8

Interesting paper on the Value of the Digitial Twin in the Aerospace industry.

📢 Read the IEEE Aerospace and Electronic Systems Magazine May 2024 issue on IEEE Xplore: https://loom.ly/2344if4

🚀 Exciting News from Dunmore! 🚀 We are thrilled to announce the release of the Dunmore Aerospace Product Guide! 🌌✈️ This comprehensive guide is designed to empower engineers and manufacturers in the aerospace industry with the technical insights and solutions they need to reach new heights. From advanced thermal protection materials to high-performance films and tapes, our product offerings are tailored to meet the rigorous demands of space exploration and aviation. At Dunmore, we pride ourselves on pushing boundaries and enabling innovation, and this guide is a reflection of our commitment to the aerospace community. Download the Aerospace Product Guide today to explore how our materials can support your next mission.

Shoot me a message or just passby to learn more on how Ansys STK can help you simulate your aerospace missions!

Curious about how #AdditiveManufacturing impacts the Aerospace Industry? This blog post will discuss: 💠How metal AM is particularly suited for aerospace 💠The importance of #QualityControl and certification processes in the industry 💠The key benefits of AM and many more tidbits Read now: https://3deo.pub/4eYezxv

Discover how AS9100 certification supports composite manufacturers in the aerospace industry, ensuring quality, safety, and innovation for mission-critical applications. Learn about the role of composites in advancing aerospace technology. #SMIComposites #AS9100 #Aerospace #AerospaceIndustry

The Aerospace industry has a fundamental problem: The tools used to develop, test, and operate complex machines haven't kept pace. 🥹 This gap creates a massive drain on teams. They're needed to build and maintain internal telemetry tools, rather than innovate. The consequences? • Delayed missions and setbacks • Hidden costs piling up • Data integrity concerns • Top engineers diverted to internal tooling At Sift, we needed to validate our assumptions. We wanted to confirm through an independent survey what customers were telling us. The result? 📊 A report detailing the challenges of Aerospace observability. Take a look. Do these findings mirror your experience? Let us know. https://lnkd.in/epzj8Zzw

We've released our comprehensive product guide for high-performance thermal management films and foils. After 20+ years of serving the space and satellite industry, we've updated our complete portfolio into one detailed resource. Whether you're designing thermal solutions for LEO satellites, deep space missions, or ground-based aerospace applications, this guide walks you through material selection, performance characteristics, and application methods. Proud of our team for updating this resource– it reflects decades of collaborative work with our customers and partners in the aerospace community. #aerospace #satellites #thermalsolutions #manufacturing #innovation

In industries like aerospace, where precision is paramount, even a tiny error in measurement can lead to catastrophic outcomes. Imagine a satellite launch failing because a component was off by just a few grams. The entire project, worth millions, could be scrapped. Interestingly, the tools used to measure these crucial components rely on high-precision weights—weights as accurate as E1 class. But here’s the catch: many companies don’t calibrate their instruments regularly, risking massive failures due to small mistakes. How much are we willing to risk by ignoring the need for precision?