| Birds flap wings, sharks move vehicle
| |
| | again stretch Armstrong and flex back,
|
| fins. Each of these organisms is
| |
| | whereas metals are not nearly as elastic,
|
| naturally equipped for forward propulsion
| |
| | but can provide the rigidness and many
|
| using the most efficient system possible
| |
| | are conductive of electricity.An Added
|
| against the medium through which it
| |
| | Component: Memory Materials as "Fuel in
|
| moves. In studying such a perfect model
| |
| | the Wings":Another thought: include the
|
| of motion, it's worth pondering whether
| |
| | insides of the wings themselves as part
|
| human engineers can't put these same
| |
| | of the fuel. Meaning, the wing would
|
| mechanical concepts to use in the
| |
| | ideally be constructed of a poly plastic
|
| construction of their aircraft machines.
| |
| | that can be converted into engine power
|
| One idea worth testing is the
| |
| | at the melting point. In essence, the
|
| incorporation of materials with memory
| |
| | wings dissolve upon arrival at
|
| into future design plans.Memory Materials
| |
| | destination... a problem, yes... but on a
|
| and Wing or Propeller Construction:Memory
| |
| | single no return mission of a UAV this
|
| comes into play when one considers the
| |
| | would be quite acceptable. In the
|
| repetitive pattern of wing-flapping or
| |
| | beginning of the flight, the structural
|
| fin propulsion. A moving mechanical
| |
| | integrity to fly in part would be the
|
| object can easily mimic this same
| |
| | amount of strength to carry the fuel too.
|
| movement, provided the materials it's
| |
| | Here, the fuel and the wing are
|
| manufactured from are light enough and
| |
| | synonymous. The concept of the vehicle
|
| flexible enough. The fin or wing of said
| |
| | "eating itself alive" as it were, is
|
| movement machine must ideally be
| |
| | similar to the marathons or ultra
|
| designed, as is the muscular-skeletal
| |
| | marathons I use to run when near the end
|
| makeup of a bird's wing, to return to
| |
| | of the race you were depleted and
|
| normal position when bent. Relative water
| |
| | literally running on guts, body fat and
|
| flows, created current from AUV, or
| |
| | sheer will power.As the aircraft eats the
|
| increased back pressure from forward
| |
| | inside of the wing which is made of a
|
| momentum against the artificial fin or
| |
| | poly type plastic, it is dissolved, thus
|
| wing, would force it back to its
| |
| | the aircraft converts this into energy
|
| position. The forward propulsion of a
| |
| | and the weight is decreased meaning it
|
| propeller would cause it to bend out of
| |
| | flies even more efficiently. The last leg
|
| shape and then it would once again
| |
| | of the mission is down hill, and it flaps
|
| correct itself. Clearly, in order for
| |
| | its way in a slow glide to the target or
|
| this to work, the lightness of the
| |
| | mission end point. The goal line to win a
|
| machine, the force by which it propels
| |
| | victory point in the overall battle;
|
| itself, and the density of the wing
| |
| | thus, scoring points against the
|
| structure must all be taken into account.
| |
| | opponent.The reason we use the wing is
|
| The "flying or swimming machine" will
| |
| | that it can be hollow and it is at the
|
| inevitably undergo many experiments
| |
| | C.G. point. If we take some from the tail
|
| before optimum physics and ultimate
| |
| | then eventually a motor in the rear would
|
| success is achieved.Memory Materials,
| |
| | deplete itself; however, the weight and
|
| Self-Propelling Air/Water Crafts and
| |
| | balance would be out of check, unless a
|
| Energy-Efficiency:In our hypothetical
| |
| | downward angle of attack and proper speed
|
| memory-material model, the propulsion
| |
| | was continuous. One variation on this
|
| apparatus would wiggle and move forward
| |
| | theme is to have the engine itself burn
|
| and thus be less detectable... with less
| |
| | up like a Roman candle in the end,
|
| mechanism or springs and therefore less
| |
| | providing forward momentum and thrust.
|
| controlling surfaces, less murphyism,
| |
| | Since the chief purpose would be for
|
| less wear and tear and less energy to
| |
| | multiple UAVs on a single mission, this
|
| propel. Thus weight savings-- not that
| |
| | might happen at different times and
|
| it's a huge issue in water of 8.2 lbs per
| |
| | actually space out the mission and attack
|
| gallon, but every amount saved is an
| |
| | sequence. Meaning, the enemy would be
|
| amount of efficiency.Materials with
| |
| | under constant fire until the last UAV
|
| memory are nothing new; look at a paper
| |
| | made its final death blow. This is of
|
| clip, spring, slinky, etc. A nickel
| |
| | value when using UAVs as a diversionary
|
| titanium stint, when forced, could cycle
| |
| | force to keep the enemy occupied.The wing
|
| some 100 times a second if I am not
| |
| | spars could be made of the same types of
|
| mistaken; and also cause a frequency and
| |
| | plastics that surgeons use to expand
|
| electricity. Think of how an
| |
| | heart arteries during operations. We know
|
| electromagnetic pulse might confuse the
| |
| | these techniques work on metal, plastic,
|
| enemy; and in a small mini UAV, act like
| |
| | carbon fibers, resilient composite,
|
| a humming bird as it literally hovers to
| |
| | rubber of all types even (stretch
|
| the target. The addition of a
| |
| | Armstrong). We pick the lightest material
|
| self-activation feature might allow your
| |
| | and go for it. Nickel-titanium stints are
|
| UAV to fly to the target, hover, send you
| |
| | also easily adaptable metal, and you
|
| pictures, GPS coordinates for smart
| |
| | would not need much. If you use nickel
|
| bombing, larger UAVs for Hell Fire
| |
| | and poly fibers you could made a battery
|
| Missiles... and then finally drop on the
| |
| | or find a suitable chemical reaction for
|
| target.Memory Materials in Achieving an
| |
| | fuel or propulsion or even poison gas on
|
| Unpredictable Flight Pattern:Now let us
| |
| | impact (forget I said that).The engine in
|
| take this into the contexts of a UAV or
| |
| | the rear might be made out of a clay type
|
| flying unit. The propeller or propulsion
| |
| | substance encased in cellophane which,
|
| system moves the vehicle forward. The
| |
| | once lit from the rear, would provide the
|
| horizontal stabilizer, whether a canard
| |
| | thrust like a small C-65 Estes rocket
|
| or conventional tail, could force the
| |
| | engine. Once the engine was burned out,
|
| aircraft down or up. The dihedral could
| |
| | it could fall to Earth in cinders with a
|
| have a somewhat memory of the way the
| |
| | whistle on it so it made an intimidating
|
| grain in material is manufactured,
| |
| | sound and another diversion; a dud, or
|
| causing it to flap like a bird with a
| |
| | perhaps a small charge.Other Uses for
|
| muscle above the wing. The force of the
| |
| | Memory Materials:Tesla would enjoy this
|
| relative wind would cause the wing to
| |
| | discussion immensely; he would laugh and
|
| bend downward until it sprung back, and
| |
| | come up with 50 other good uses...
|
| thus you have an unpredictable flight
| |
| | probably concepts a lot more noble since
|
| pattern. You could have several vehicles
| |
| | he was a proponent of strong defense as
|
| flying in a swarm of flock, which were
| |
| | opposed to strong offense like Von
|
| manufactured slightly less or more so
| |
| | Clauswitz. Nevertheless, the uses for
|
| they would be nearly impossible to hit.
| |
| | UAVs are of supreme value and maybe in
|
| Yes, with the same propulsion output they
| |
| | thinner mediums of fluid such as salt
|
| could fly at similar if not exact speeds
| |
| | water, where the polymers might serve a
|
| since the ups and downs would equal out.
| |
| | more useful purpose without succumbing to
|
| The flapping of the wings would reduce
| |
| | corrosion over long journeys or long life
|
| the amount of energy needed for sustained
| |
| | missions. Another use would be in a fire
|
| flight.Memory Materials in UAVs:Memory
| |
| | hose which, if laid on the ground, would
|
| materials might also be used to build a
| |
| | wiggle like a snake. Using the basics of
|
| motor in a UAV that would allow water to
| |
| | fluid dynamics, the snaking hose could
|
| flow through, such as a diaphragm
| |
| | function like a pump for long distances.
|
| membrane, which might drive single
| |
| | As the flow rate is lost with the
|
| piston. "Ferromagnetic" memory materials
| |
| | increase in distance from the fire
|
| can be shaped for this type of use; for
| |
| | hydrant, the flow slows. Consequently,
|
| example, manganese or gallium. One might
| |
| | dynamic pressure is reduced as less
|
| fit small units into capsules that are
| |
| | weight behind the flow becomes available.
|
| inserted into a tube and placed inside of
| |
| | Lining fire hoses with materials which
|
| a Navy Seal or fighter pilot suit. If one
| |
| | are memory manufactured will also make
|
| discovered a way to set these capsules to
| |
| | the hose easier to roll up for
|
| vibrate, the sound would give away their
| |
| | storage.Material memory manufacturing
|
| position for extraction or
| |
| | will solve many future problems of
|
| rescue.Remember the movie Core when they
| |
| | mankind and add a safety cushion to
|
| found the craft, which was at the bottom
| |
| | emergency response, civil defense,
|
| of the ocean near a vent which caused the
| |
| | scientific advancement and offensive
|
| whales to find it? Polymers have also
| |
| | military components.This article
|
| been used in cars and automobiles like
| |
| | professionally edited by WordFeeder
|
| the Saturn where you punch the door and
| |
| | Copywriting and Content Services,
|
| it pops back out. Some polymers can
| |
| | Winslow - Online Think Tank forum board.
|
| stretch up to 12 times their length,
| |
| |
|
