2023
Aerospace & Defense
Currently, air-breathing electric propulsion ramjet configurations are considered worldwide. However, configurations with air scoops suffer from significant momentum losses due to air collimation and drag. One idea that was proposed a few years ago and requires further development is a direct scramjet configuration that can significantly reduce drag.
A fundamentally new type of power mechanical gyroscope Gyro_6DoF with the maximum number of degrees of freedom in a holonomic mechanical system is proposed, the operation of which was developed and tested using AI.
TEAM ASTRONOSH declares: insects will be part of the solution!
Our multidisciplinary team is pioneering the future of food with an innovative, circular food system that produces nutritious, tasty fare for astronauts deep in space,
The primary reason is the advancing rotor blade tips airspeed must not exceed about 1,000 feet per second (Mach .
The Amphibious Drone with operational capabilities of surveillance and data acquisition both in underwater and air. The Objectives are to create a prototype that is capable of operating in air and under water, to demonstrate the capabilities of developed prototype for underwater surveillance,
Zulu Pods are the world's first decentralized lubrication system that combines the function of a reservoir, pump, and nozzle into a single, self-contained, hermetically sealed, packaged oil delivery system. The Zulu Pod is lighter, placed right in the working zone of the engine bearing or gear compartment,
Introduction:
Calculations based on NASA's 'Simu' programs show that a single stage to semi-synchronous equatorial orbit, SSEO, with a 100% re-useable craft, propelled by clean, supercooled maglev launch boost, hydrogen/air turbojets, and hydrogen/air rockets, is feasible with a solar powered manufactory generating energy, and condensing, distilling,
The project "Revolutionary De-icing Technologies for Enhanced Aerodynamic Performance in Aerospace and Renewable Energy Structures" presents an innovative approach to addressing the challenges associated with ice accumulation on aerodynamic surfaces. This project is submitted for the prestigious Create the Future Design Contest,
As industry and defense gradually shift to a modular space architecture, a reliable, autonomous process to assemble and integrate individual satellite modules in space needs to be developed. Due to the high cost of launching medium to large satellites, interest has developed for servicing and refueling satellites on-orbit.
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