Aircraft, is one of the objects is always interesting to observe. This time we will see the development of vital organs one aircraft that is the engine driving the Jet engine manifold or in the world of so-called flying Aircraft Power Plant. Why is it called a Jet sajamesin vitaltentu organ is like the human heart organ which controls the pulse rate, blood pressure, which generally ultimately determines the survival of human sendiri.Apabila human heart stops, then all the activities of life supported by it will stop , Likewise with aircraft engines. If the engine dies for any reason, then generally the internal system on board the aircraft will be threatened its survival. This is because the machine provides the function of internal systems that exist within the airplane. What are these systems?
Such systems are Electrical Systems , Hydraulic System, the system pressure cabins (Pressurization System), Control Systems Aircraft (Flight Control System), as well as other secondary systems of existing aircraft.
Landing gear is very dependent on the presence Hydraulic System ini.Penumpang in an aircraft depends on the existence of a cabin pressure system, in order to breathe freely and above normal like daratan. The aviator was highly dependent on the electrical system, so that navigation tools, communication tools and other pointing devices can be relied upon. So it is conceivable that if the aircraft engines stopped working, then all of the above system will stop as well. That is why the aircraft engine has a role as a vital organ. In the past when the aircraft successfully made by the Wright brothers, the only driving force and the driving is a simple machine that drives the propeller blades baling.Baling it then raises the thrust (thrust), which is supported by a certain profile airplane wings, causing lift (lift). A combination of thrust and lift force that makes the aircraft capable of broadcasting as we see.
Such systems are Electrical Systems , Hydraulic System, the system pressure cabins (Pressurization System), Control Systems Aircraft (Flight Control System), as well as other secondary systems of existing aircraft.
Landing gear is very dependent on the presence Hydraulic System ini.Penumpang in an aircraft depends on the existence of a cabin pressure system, in order to breathe freely and above normal like daratan. The aviator was highly dependent on the electrical system, so that navigation tools, communication tools and other pointing devices can be relied upon. So it is conceivable that if the aircraft engines stopped working, then all of the above system will stop as well. That is why the aircraft engine has a role as a vital organ. In the past when the aircraft successfully made by the Wright brothers, the only driving force and the driving is a simple machine that drives the propeller blades baling.Baling it then raises the thrust (thrust), which is supported by a certain profile airplane wings, causing lift (lift). A combination of thrust and lift force that makes the aircraft capable of broadcasting as we see.
Surely the two styles that must be greater than his opponent's two styles, namely gravity (weight) and the resistance (drag). Over time, engine propeller is no longer sufficiently perceived human need to be able to enjoy the aircraft. This is due to propeller aircraft (Propelled Aircraft) has limitations in terms of altitude, wasting fuel, mileage, and time of flight. The flight engineers want to make aircraft capable of exploring the optimal altitude while saving fuel, utilizing less air mass to be compressed and produce thrust spectacular, and able to cover large distances with a short travel time. Sounds almost impossible indeed. However, the flight engineer earnestly want to fulfill that desire. To fulfill this ambition, then made the Jet engine.
Push Power Principles Jet
What is the meaning of true Jet? Where Jet concept come from? Who was the first man to find it? Semprotan.Konsep jet means jets or jet reaction was first believed by scientists from a plaything in the land of the ancient Romans, known as Hero's Engine. This game tools believed to be made during the year 120 BC. This tool illustrates that the force / momentum (in the form of steam) issued by Jet mouth was able to produce a reaction equal to the thrust jet was sendiri.Kedua small jet it emits pressure which resulted in a second jet was moving circuitous route. Then the results Hero's Engine-second impulse was spun by the Jet.
Physics renowned scientist, Sir Isaac Newton also formulated the third law, the law of action and reaction. It states that every force acting on an object, it will produce a reaction force in the opposite direction of the same magnitude. From where the flight engineer started working to create a machine that became the driving force Jet aircraft.
Physics renowned scientist, Sir Isaac Newton also formulated the third law, the law of action and reaction. It states that every force acting on an object, it will produce a reaction force in the opposite direction of the same magnitude. From where the flight engineer started working to create a machine that became the driving force Jet aircraft.
In 1913 a French engineer named Rene Lorin, patented a concept Jet engine thrust helpless. But this turned out then a theory, because in those days there was no manufacturing or manufacturers who are able to make the Jet engine that is based on this theory, although this time it turned Ram Jet (one of the methods of modern jet engines) uses the concept of this Lorin.
1930 Frank Whittle believed to have patented his work, which is a gas turbine engine that produces thrust Jet. But even this is still a theory, too. New gas turbine engines have completed eleven years later by him through the first flight test dahulu.Konsep gas turbine engine Turbo Jet-type artificial Frank Whittle, later used by one of the leading manufactures jet engines in the world, namely the Rolls-Royce Welland.
1930 Frank Whittle believed to have patented his work, which is a gas turbine engine that produces thrust Jet. But even this is still a theory, too. New gas turbine engines have completed eleven years later by him through the first flight test dahulu.Konsep gas turbine engine Turbo Jet-type artificial Frank Whittle, later used by one of the leading manufactures jet engines in the world, namely the Rolls-Royce Welland.
Several methods Push Power Jet
All types of Jet engine is actually the same. That is equally blended fuel produced from the air which has been compressed and burned, thus producing energy in the form of a thrust to fly. The only difference is in the way of cooking fuel and combustion air plus only. How to cook the above referred method. Some of the methods that are Ram Jet, Pulse Jet, Rocket, Gas Turbine, Turbo / Ram Jet or Turbo Rocket. Each method of propulsion jets above have advantages and disadvantages of its own. Depending on objectives and purposes of use. For the purposes of military aircraft is certainly different from the interests of commercial aircraft.
Military Jet Aircraft (fighting aircraft) Jet engine characteristics require a strong, agile, flexible, and powerful to pursue and hunt down his opponent, while dodging the target of the opponent. Meanwhile, commercial jet aircraft (jetliner) Jet engine requires a reliable in some circumstances that sometimes bad weather, easy to operate when the abnormal state of emergency moreover, fuel economy, maintenance costs are cheap and easily, besides having the ability to climb the optimum. In this case the choice of Jet engine type or method as above is essential
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