AMETEK India’s Post

🚀 Understanding Sonic Booms: Breaking the Sound Barrier 🚀 Ever wondered what happens when an object surpasses the speed of sound? It creates a pressure wave known as a sonic boom! Here's the scoop for aerospace enthusiasts: Breaking the Barrier: When an object exceeds Mach 1 (around 767 mph at sea level), it disrupts the surrounding air, forming a cone-shaped shockwave. This shockwave travels outward, producing the loud "boom" we hear. The Physics: Think of a boat creating ripples in water. As it speeds up, the ripples bunch together. Similarly, sound waves compress when an object moves faster than sound, leading to the pressure change we perceive as a sonic boom. Applications and Challenges: While sonic booms are crucial in military aviation and supersonic travel, they can be disruptive to communities. Ongoing research aims to reduce their impact, paving the way for a quieter supersonic future. #aerospace #SonicBoom #technology

Thanks @Silveray for this article on how flexible digital digital x-ray combines the best of traditional and modern digital radiography for #NDT in #aerospace Aerospace Testing International https://lnkd.in/eTrm22t9

Thanks Ben for letting us share our thoughts on the future of digital radiography for #NDT in #aerospace and the advancements in flexible digital radiography.

From their small size to their power, small vaneaxial fans are perfect for aerospace applications where space and weight are critical considerations. Our latest blog post explores more about this fan type and why is it so prevalently used in aerospace applications. Read More ⬇️ https://ow.ly/bjJ150RFHEt

Want to expand your fans knowledge? Here’s the right link to learn more and ask for any further elements👍

Progress: I added methods to set camera projection mode. - Parallel, and perspective modes are supported. #aerospace

JWST has (presumably) detected an artificial light source from Proxima B, in a habitable zone. IT IS TIME to start thinking about the aerospace industry beyond 1960's technology. The fastest rocket would take many thousands of years to get there. Are you ready to be part of the next aerospace evolution?

The new space race is here. Explore the pivotal role of high-fidelity simulation and emulation in ensuring the success of missions in the booming satellite industry in this recent Aerospace Manufacturing and Design Article. https://lnkd.in/eGiJy-bE? #SatelliteInnovation

As the space industry evolves at an accelerating rate this article by Gregory Patschke gives a great snapshot of the current trends. Read it soon, in 6 months it will be out of date!

The new space race is here. Explore the pivotal role of high-fidelity simulation and emulation in ensuring the success of missions in the booming satellite industry in this recent Aerospace Manufacturing and Design Article. https://lnkd.in/gCb_3pxC? #SatelliteInnovation