There's no shame in admitting it. Modern #aerospace #thermalmanagement technology is just better than the clunky old stuff.
Intergalactic的动态
最相关的动态
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Best practices are good! But sometimes, "that's how you do it" is code for shutting down your brain and any debate about a better way. Follow us into a brighter, cooler future for #aerospace #thermalmanagement
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What kind of boundary condition should we use, if at the exit, - flow over the shockwave is supersonic, and - flow below the shockwave is subsonic Source of picture: Unknown. #aerospace
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If you want to go further, faster, and beyond, you need to break the #heatbarriers standing in the way of next-generation innovation. Our mission is to break heat barriers in space and sky. #thermalmanagement #aerospace
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When speed-to-space is important and the clock is ticking on launches or other quick-turn projects, a dependable partner who can deliver complex solutions is needed. Watch to learn how Burns & McDonnell can help.?https://hubs.li/Q02l135z0 #Aerospace #Space #Manufacturing #Technology
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https://lnkd.in/gCPwPFKg Bringing Aerospace Engineering into the Future with AI: The aerospace and defense (A&D) industry is still far away from using something as sophisticated as J.A.R.V.I.S. or the holodeck to design aircraft and spacecraft, but that is starting to change with the rise of artificial intelligence. #PRODUCTDEVELOPMENT #SIEMENS #ARTIFICIALINTELLIGENCE #AIML #ENGINEERING
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The Space Passive Component Days is the premier technical conference dedicated to Passive #components for space #applications. Register today to join the discussion of relevant, recent developments and trends here: https://rebrand.ly/spcd24 #KYOCERAAVX #SPCD #SPCD2024 #Space #Aerospace #Tradeshow #Electronic #Components
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Imagine rockets flying smarter, faster, and more precisely than ever before. This isn't science fiction—it's happening now! What’s driving this leap? → The global thrust vector control market is set to skyrocket. ? Expected to grow from $18.4 billion by 2028. ? Growing at a 9% annual rate. Why? → The rise in demand for precision weapons, space tourism, and advanced aircraft is fueling this growth. Here’s what you need to know. Precision Strikes: ? Nations focus on missile defense. ? Accuracy in flight becomes paramount. Space Commercialization: ? New rockets and satellites are launching. ? 3D-printed ones from Relativity Space included. ? Precision control is key. Next-Gen Aircraft: ? Integrated with cutting-edge aircraft. ? Hypersonic vehicles are a major trend. Top players in the game? → Companies like General Electric, Boeing, Northrop Grumman, and Pratt and Whitney are leading the charge. Why should you care? → Consistent innovation in aerospace tech impacts not just defense. → Future civilian applications will also benefit. → Enhancing safety and performance. How do you think this market growth will impact other industries? Let’s discuss!
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I am really proud of the progress my team has made, developing AI/ML technologies to support government customers like the Missile Defense Agency (MDA) and NASA. ASRC Federal created a commercial (featuring me!) showcasing our tool SimAccel(tm) which dramatically accelerates existing software simulators. https://lnkd.in/ee3TCXFi #asrcfederal #ai #innovations #simulation
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When speed-to-space is important and the clock is ticking on launches or other quick-turn projects, a dependable partner who can deliver complex solutions is needed. Watch to learn how Burns & McDonnell can help.?https://hubs.li/Q02l135z0 #Aerospace #Space #Manufacturing
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When speed-to-space is important and the clock is ticking on launches or other quick-turn projects, a dependable partner who can deliver complex solutions is needed. Watch to learn how Burns & McDonnell can help.?https://hubs.li/Q02l135z0 #Aerospace #Space #Manufacturing
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