Advanced Structural Technologies的动态

YouTube Video Aerospace Engineering: Ascend into Aerospace Marvels (Ever Dreamed of Touching the Stars?). Join us as we lift off into the captivating realm of aerospace engineering, showcasing the marvelous design and operation of aircraft and spacecraft that enable human exploration of the skies and beyond. ?????? Join us for our upcoming videos as we continue to explore various fascinating branches of engineering and the critical work engineers perform every day. Don't forget to hit the Like ??, Subscribe, and Share ?? buttons for more exciting content. #Engineering #AerospaceEngineering #Space #Aircraft #Spacecraft #Technology #STEM #Science #Physics #Aerodynamics

?? Additive Manufacturing Heats Up Spacecraft Design The harsh #SpaceEnvironment demands innovative thermal management solutions. ?? Enter #AdditiveManufacturing, which offers: - Lightweight, complex structures?for efficient heat dissipation - Advanced materials?for superior thermal conductivity - Component consolidation?to reduce weight and complexity ?? This powerful combination: - Enables lighter, more efficient spacecraft - Fuels further space exploration Join the conversation: how do you see #AdditiveManufacturing impacting the future of thermal management in space?

Dedicated to engineering excellence and safety within aerospace applications, Technetics takes pride in the established success of its K-Port Metal Seals. Designed to address the stringent requirements of AS5202 standardized fluid port geometries, these seals offer unparalleled leakage control, significantly outperforming traditional C-ring or elastomer O-ring solutions. Our innovative design not only accommodates the evolving high-pressure and temperature environments of modern engine technology but also showcases versatility across a broad spectrum of applications, from cryogenic fluid management to liquid fuel management and high-temperature rocket engine sealing. Leveraging decades of expertise and a legacy of success in space missions, Technetics' K-Port Seals have been rigorously tested and approved by NASA for human spaceflight, underscoring our commitment to mission-critical dependability and performance. This endorsement is a testament to our seals' exceptional reliability, trusted by leading aerospace manufacturers and critical payloads worldwide. At the link, explore our sealing solutions in more detail, and contact our experts for a tailor-made solution that precisely meets your requirements. https://hubs.ly/Q02t0n2g0 #AerospaceEngineering #Innovation #Technetics #SealingTechnology #SafetyFirst

This is what happens to aluminium when hit by a 14g piece of plastic going 24,000 feet per second in space. https://lnkd.in/eUZW8Xcc #space #spacefacts #spacex #aluminum #plastic #METALLURGIST #metallurgyandmaterialengineering #metallurgicalengineering #materialsengineering #MaterialsScience #manufacturingengineering #mechanicalengineering #engineering #engineerlife #metal #metalinspace #spacemetals

In a groundbreaking advancement that has propelled aerospace engineering into uncharted territories, the world's first clockwork rocket has achieved a major leap forward in development, thanks to the integration of cutting-edge elastic band technology. This innovative approach combines the precision of clockwork mechanisms with the resilience and efficiency of advanced elastic bands, revolutionizing the propulsion system of rockets. The marriage of traditional clockwork engineering with modern materials has not only enhanced the rocket's reliability and performance but has also paved the way for more sustainable space exploration. The elastic band technology introduces a dynamic element, offering a flexible and responsive propulsion system that promises to redefine the boundaries of space travel. This significant milestone marks a paradigm shift in rocketry, showcasing the harmonious blend of tradition and innovation in the pursuit of pushing the boundaries of what is achievable in the realm of space exploration.

Skyroot Aerospace has achieved a significant milestone by successfully test-firing the stage-2 propulsion system of the Vikram-1 rocket. Named Kalam-250. This high-strength carbon composite motor is designed to transition the rocket from the atmospheric phase to outer space. The test, conducted at ISRO's Satish Dhawan Space Centre, recorded a peak sea-level thrust of 186 kilonewtons, a crucial step towards the upcoming orbital launch of the Vikram-1 rocket. Co-founder and CEO of Skyroot Aerospace, Pawan Chandana, highlighted the successful validation of critical systems like the flex nozzle control during the test. The stage-2 motor features advanced components, including a carbon ablative flex nozzle and electro-mechanical actuators for precise thrust vector control. With support from ISRO's Vikram Sarabhai Space Centre and Solar Industries, Skyroot Aerospace is on track for its maiden orbital launch of Vikram-1 in 2024, following previous successful tests of Kalam-100 and Vikram-S. #aerospace #EngineeringExcellence #Rockets #spaceexploration

Did you know? CNC machining is essential for space exploration. ?? Many of the parts used in spacecraft and satellites are manufactured using CNC machines, ensuring they can withstand the extreme conditions of space travel. #machineshop #metalfabrication #unitedtool #quality #value #transparency #cnc #cncmachinery #wimachineshops #swissmachining #machineshoplife #engineering #design #jobshop #turning #lathe #lathework #machinefabricatecreate

Game Changing Development:-?An innovative propulsion system called the 3D-printed Rotating Detonation ?Rocket (RDRE)for 251 seconds (or longer than four minutes), producing more than 5,800 pounds of thrust. #Aerospace ?????????#Space ??????#?Rocket ??#Rocket engine ?????????? ?????#3D-printed ??????3?? ?????#Combustion devices ???????? .

I braved the un-seasonal weather to get a test launch made yesterday at the East Anglian Rocketry Society event in Cambridgeshire. The first prototype of our improved 'Jackdaw 2' CanSat carrier rockets made a picture-perfect flight and recovery marking the 120th high power solid fuel rocket I've launched in 2024 (and about the 2400th I've ever launched). The Jackdaw 2-A was built as part of our 'Launch-Me' initiative for the UK Space Agency which will see two such rockets, plus one of our larger 'Artemis' rockets, built to carry over 40 student built CanSat and CubeSat satellites into the atmosphere over the next year and a half. We already have parts made to assemble seven more of these rockets and, once proven, the design will also be used for our other CanSat launches in the future too. The fully re-useable rocket is about 30cm (1ft) longer than the older 'Jackdaw' design we've been using for the past few years and it's main improvement is an aluminium coupling joint around the top of the motor section which allows the upper or lower sections of airframe to be replaced if damaged, without having to replace the whole rocket. It also gives easier access to the Kevlar recovery harness which holds the metal piston that pushes the CanSat out and retains the rocket's own recovery parachute. #rockets #rocketscience #ukspace #rocketlaunch #STEMeducation

Modeling and Experimental Results of Low-Power Iodine-Fed Hall Thruster Propulsion System ?? Hall thrusters have become the leading technology of plasma based propulsion systems for in-orbit maneuvering due to their remarked efficiency, thrust density, and scalability at small power ranges. However, the volume as well as the direct and indirect cost of a Hall thruster propulsion system are the primary constraining factors for use on small-sized industrial spacecraft, both of which are partially related to the chosen propellant. Combining iodine propellant and Hall thruster technology is a logical and necessary step to ensure high performance in space maneuvering with extremely reduced costs. At ThrustMe, we are making this revolutionary technology and product come true. Come check out Dr Alfio E. Vinci's presentation at the IEPC: ?? Date & Time: June 26, 2024, from 9:00 AM to 11:00 AM ?? Session: S6-8: HET / Propellants, Room Ariane 1 #hallthruster #iodine #plasma #newdevelopment #spacepropulsion #propulsion #space #IEPC #IEPC2024