2023
Aerospace & Defense
A reactionless drive is a device that produces motion without the ejection of a propellant. This is supposedly in violation of Newton's third law of motion, which states that for every action, there is an equal and opposite reaction. Reactionless Drives produce indefinite lifetimes for satellites, dependent on the lifetime of capacitors and solar panels.
Giant made-in-space telescopes with paraboloid primary mirrors made from solidified liquid precursors.
Mirrors are created by spinning a liquid precursor simultaneously in two orthogonal axes (one to generate artificial gravity and another to generate paraboloid surface) and subsequently solidifying the precursor by either letting it cool or polymerizing it.
The illustrated airplane tail surface combines articulation and side shift, providing adjustable, on-the-go variable longitudinal control for straight in-runway landings. There is no more correction from flight configuration to ground travel.
Pilots must exercise greater skill and caution in crosswind landings to transition from flight to a landing configuration. Imagine, however,
What is μLauncher
μLauncher is a small reusable suborbital vehicle. It will lift a 3U CubeSat payload at 150 km altitude and return it safely to the launch pad. It will operate at modest direct and associated per-flight costs. To achieve such an ambitious goal, μLauncher will merge innovatively proven technologies and use off-the-shelf components.
For safety critical airborne systems, the minimum reliability requirements are of the order of one allowable failure in one million flight hours. This implies that almost two thirds of cost and time for design and development is devoted to complying with certification requirements of the aviation regulatory authorities. The recommended design practices have two distinct categories.
In today’s generation, having a camera for observation is not important to observe and recognize it but use it for more realistic view to observe is important now. Our projects aim is that this system will help us to see every corner of the area where our camera is mounted.
The Variable Flow Baffle System represents an innovative approach to optimizing rocket propulsion systems by dynamically controlling the flow patterns and distribution of propellants within the combustion chamber. This system incorporates movable baffles that can be adjusted during operation to improve propellant utilization, enhance combustion stability, and increase thrust efficiency. By harnessing the advantages of this design concept,
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, which recognizes groundbreaking advancements in design and engineering.
There are a lot of data and papers describing how the presence of water is problematic in remote sensing. We use this problem as the source of information.
Application
An indication of surface information (water/soil) helps these in these three applications:
Amphibious seaplanes are easily wrecked when landing on water with wheel landing gear down.
For helicopters, the development of a floor lining made of a sandwich micro-lattice structure holds the potential to greatly improve the safety of passengers and crew during an unfortunate turn of events like a crash landing. These crashes can be cataclysmic and sometimes fatal.
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