Did you know the vital role that surface finishing plays in the aerospace sector? It’s the invisible layer that optimises everything from wear resistance to fatigue life, making sure every component performs flawlessly under extreme conditions. #sfe #aerospace #engineering
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How can we support your Aerospace needs you might be asking? Let's talk about it!
🌐✈️ Navigating the skies requires flawless precision. In the Aerospace industry, glass plays a key role in making that happen. From advanced optical lenses to protective shields, specialized glass is engineered to withstand extreme environments and ensure reliable performance. #SwiftGlass #Aerospace #Engineering
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Low plasticity burnishing mitigates foreign object damage, fretting fatigue, corrosion fatigue, and stress corrosion cracking by imparting deep, stable compression. This is particularly important in structural aircraft components, like the fuselage and floor beams. This is a collection of case studies exploring the effectiveness of LPB® in mitigating these damage mechanisms in alloys used to manufacture aerospace structural components. https://bit.ly/3yHsp8v #aerospace #engineering #aviation
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Low plasticity burnishing mitigates foreign object damage, fretting fatigue, corrosion fatigue, and stress corrosion cracking by imparting deep, stable compression. This is particularly important in structural aircraft components, like the fuselage and floor beams. This is a collection of case studies exploring the effectiveness of LPB® in mitigating these damage mechanisms in alloys used to manufacture aerospace structural components. https://bit.ly/3yHsp8v #aerospace #engineering #aviation
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Low plasticity burnishing mitigates foreign object damage, fretting fatigue, corrosion fatigue, and stress corrosion cracking by imparting deep, stable compression. This is particularly important in structural aircraft components, like the fuselage and floor beams. This is a collection of case studies exploring the effectiveness of LPB® in mitigating these damage mechanisms in alloys used to manufacture aerospace structural components. Link in comments. #aerospace #engineering #aviation
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Low plasticity burnishing mitigates foreign object damage, fretting fatigue, corrosion fatigue, and stress corrosion cracking by imparting deep, stable compression. This is particularly important in structural aircraft components, like the fuselage and floor beams. This is a collection of case studies exploring the effectiveness of LPB® in mitigating these damage mechanisms in alloys used to manufacture aerospace structural components. Link in comments. #aerospace #engineering #aviation
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From developing nickel alloys to propel jet engines further and faster, to titan alloys giving aircrafts strength and structural integrity at light weight, our #aerospace capabilities serve the needs of today and fuel the possibilities of the future. Learn more about how we're #ProvenToPerform in the sky: https://lnkd.in/ePb3dfiS #MaterialsScience #Manufacturing #Aerospace
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Senior AI/ML Technical Specialist • Author: Approaching ML in CFD/CAE applications
According to Compressible flow analysis, the USPS Eagle is going Mach 4.9 Why waste simulation when few number do trick. #theoffice #aerospace #aerodynamics #cfd #engineering
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Senior AI/ML Technical Specialist • Author: Approaching ML in CFD/CAE applications
According to Compressible flow analysis, the USPS Eagle is going Mach 4.9 Why waste simulation when few number do trick. #theoffice #aerospace #aerodynamics #cfd #engineering
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🛩️ Off the back of a recent aerospace meeting, you can see Richard and a few of his team discussing jet engine turbine blades. The image on the screen shows a turbine blade, you can see Richard highlighting the reason and the importance of the air cooling holes , as well as the precision required to drill them. We're passionate about ensuring our team not only excel at marketing but also have a good understanding of the engineering industry they are marketing. It’s this blend of technical knowledge and marketing expertise that sets us apart. #digitalmarketing #jetengine #aerospace
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What makes a wire thread insert suitable for aerospace? From material selection to vibration resistance and industry compliance, understanding what makes wire thread inserts suitable for aerospace applications is crucial for any project aiming for excellence. Read the full article to gain valuable insights and make informed decisions that boost the reliability of your next project. 🔗 https://lnkd.in/eKzySAZW #AerospaceEngineering #WireThreadInserts #Aerospace #Manufacturing
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