Aerospace & Defense - 2015
Theorem #1: Next Generation Specialized Transporter (NGST) is a Military Special Operations Transport (SOT), NASA Special Satellite Mechanics/Special Repair Team Transport (SMT/SRT), and Commercial Special Transport (ST) all weather all terrain nuclear energy powered engines self-regenerated fuels, retractable wheeled-ski landing airframe replaces refuel-able cars, trucks, buses, propeller-driven helicopters with winged and non-winged multi-purposeful ground to air to space dual missions with engine air-intake debris deflector Whisking Helixes-Whisking Helicoids with Wire Mesh System whisking incoming object/bird/animal aside-away from air intake port (defends-shields against engine failure debris downing airborne flight) cruising, hovering, vertical liftoff, tilt forward, or backward/straight upward-downward.
Theorem #2: ...
After several years of research, I have successfully developed a new concept that is not based on a mass expulsion type rocket engines. The working of this new concept is based on the principle that friction is non-conservative or friction is dependent on path (so reaction of friction force is also path dependent); whereas magnetic force is conservative or magnetic force is independent of path (reaction of magnetic force is path independent). The concept is described below. This new concept requires less propellant onboard; reduction of fuel carried and increasing thrust is of paramount importance to maximize Space flight ...
We are Orbital Composites. Our goal is to 3D print satellites on-orbit. The orbital manufacture of satellites will save over 75% of the cost for launching satellite missions. Most dramatically, one can go from mission concept to operation within days.
Orbital manufacturing has a few more advantages.
Size: Satellites may become 1000 times larger. Because the spacecraft is not contained inside of a launch shroud, space and volume are freed from the shroud's limitations. Imagine a satellite that looks like a 500 meter wide, flying spider web.
Weight: The structural mass of a satellite may be greatly decreased. Without ...
Sao Sebastiao Do Paraiso, Mg
Jun 30, 2015
Aircraft fuselage structural assembling is performed by manual drilling and rivets insertion specially in case of no accessing areas like wings on the regions where it can be founded metal sheet ribs. Consequently the sequence for assembling those parts is composed of positioning parts on jig, assembling spars, ribs etc., positioning skin, drilling, taking out skin to clean up all burrs, sealing structure, positioning skin, sealing countersink and riveting, sealing rivet backside – 9 steps;
The idea is to develop two robots platforms to work in cooperation each one in one side of the jig. The first end-effector is ...
Typical small scale UAVs, despite the wealth of applications to which they are suited, are unable to perform a variety of tasks due to their limited range, endurance, and payload capacity.
Our system, the PEGASUS high endurance aerial platform, is a radical departure from current small scale drone technology. It is capable of staying in the air for much longer than similarly sized drones, and can also carry far larger payloads. The platform, with its fixed wing and hovering capabilities, has the potential to expand the usability of drones in a wide array of new applications.
At its heart ...
- Phoenix Single-Stage-To-Orbit
The Phoenix is a conceptual design for a completely reusable Single Stage to Orbit (SSTO) launch vehicle that can carry small payloads or passengers into low earth orbit (LEO).
The small size and high performance are made possible by innovations in propulsion and design.
- Main Propulsion
The main rocket engine is a plug nozzle (aerospike) concept using annular combustors in a ring around a truncated aerospike. Such an engine automatically adjusts its expansion ratio for maximum performance at any altitude. Properly designed, an aerospike engine can actually be lighter than a bell engine of equivalent ...
The piezoelectric rotary actuator is a new positioning device, providing exeptional dynamics and accuracy even if connected to heavy loads. The main applications are tracking, guidance, deflection and positioning systems (e.g. antenna, laser, telescope, camera, mirror), aileron control, locking systems and valve actuation.
Since the commercialization of piezoelectric injection systems within the automotive industry, piezostacks have become a commodity. These robust actuators offer high actuation forces, typically of several thousands of newton and superior dynamics, with switching times in the range of microseconds at operating frequencies up to several kilohertz. Piezostacks are available at different form factors at fairly ...
We have seen various accidents in aviation industry due to which we lost many lives as well as money. This idea will be very useful in future, basically this idea consist of 3 parts:-
1-PREVENTION FROM COLLISION IN AIR :-
In this all the planes will connected to the satellite and satellite keeps watching all the planes, also the satellite show details like FLIGHT No, HEIGHT OF PLANE FROM GROUND AND DIRECTION OF PLANE of 5 planes which are near to each other and display the details to all the 5 planes to each other which are comes under ...
Power Module, the electric drive powered laser beam is based on my patent - Fiber Photovoltaic Cell.
The module is built from multiple Fiber Photovoltaic Cells, arranged in parallel in the form of three-dimensional example cuboid. The dimensions of the module can be arbitrary and so 1m x 1m x 1m module size, radius powered lasers generates electric power approx. 300-500 MWe of energy efficiency to 85%, obviously with efficient cooling of the entire module.
Along with lasers, power supply, power module, it can be transmitted, modulated laser beam to a very efficient and resistant to interference and eavesdropping, ...
When first introduced in the 1970s, supersonic commercial air travel promised Superman-like speed to commercial airlines and the flying public. But as supersonic aircraft traveled at speeds near or above Mach 1, they generated thunderous sonic booms that disturbed people on the ground. For this reason, supersonic travel over land is banned in the United States and other countries.
Until its final run in 2003, the Concorde transported air travelers from London and Paris to New York and Washington, DC, for 27 years in half the time it takes today. Technologies that enable the return of supersonic air travel ...