Aircraft systems
Classified in Physics
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The oil hydraulic controls and actuators have become increasingly important in team building.
There are numerous machines and plants of modern design and greater efficiency that allow the use of oil-hydraulics in systems of command and control.
Today it is not possible without the oleohidráulica which to develop large forces with small volumes of fluid, laden movements from rest, the easy realization of continuous monitoring of speed and thrust, in addition to the versatile use of cycles.
Currently the technology is applied in hydraulic rigs, Cargie, excavators, farm equipment, telescopic legs, drive presses, valves, etc..
This development forces us to knowledge of this area and gain some degree of control over oil hydraulic systems so as to achieve better performance and utilization of resources at our disposal.
The main objective is to transmit a hydraulic force and / or power through a fluid.
HYDRAULICS: It is that branch of mechanics which deals with laws governing the behavior of water and liquids in the states of rest and motion.
HYDROMECHANICS: Study the perfect fluid movement and balance through a rigorous analytical process. Its branches are hydrostatics and hydrodynamics.
HYDRAULICS: It is that branch of mechanics which deals with laws governing the behavior of water and liquids in the states of rest and motion.
HYDROMECHANICS: Study the perfect fluid movement and balance through a rigorous analytical process. Its branches are hydrostatics and hydrodynamics.
Hydrostatic: Study the behavior of fluids in reposo.La strength is a function of pressure on a surface. [F = px A]
Hydrodynamics: Study the behavior of liquids in movimiento.Transmisión of force through the masses aceleraciónde. [F = mx a.]
FLUID: These are bodies whose molecules have to each other with little or no consistency and take the shape of the vessel that contains them, like liquids and gases.
VISCOSITY: The resistance of a liquid slip. An oil slips difficulty is very viscous, on the contrary an oil that is easily done little slimy.
FLOW: The volume of liquid through any section per unit time. That is, the flow is measured in liters / sec. Ó m3/min., Etc. [Q = v / t]
PRESSURE: This is defined as force per unit area. Thus we Kg/cm2, Kg/pulg2, etc.. [P = F / A]