What is liquid engineering?
liquid engineering deals with the design and implementation of systems that transport fluids or machines that are functions depend on the properties of fluids. In this context, liquids are all materials that flow without a solid shape, deform under pressure and correspond to the shape of their containers. Liquids, gases and plasma are all fluids. Common projects in liquid engineering may include the construction of pipes or efficient vehicle design.
The engineering of cardiac fluid is the dynamics of fluids, the science of fluids in motion. The mechanical properties of liquids are solved in the applied hydraulic science. The tire studies the properties and application of pressure gases. Although there are two different disciplines, the connected fluids usually share the same flow phenomena and are described by the same equations.
Hydraulics solves practical engineering problems with storage, movement and use of liquids. This is unlike hydrology that studies the natural movement of water through the Earth's crust. PropertiesPalins at rest are subject to hydrostatics. They come into play when designing dams, hydraulic presses and submersible machines.
Hydrodynamics deals with the problems of fluid engineering that include friction and turbulence. These are usually factors when liquids flowing through pipes or hydraulic pressure are used to control mechanical devices. The effective functioning of pumps, turbo machines and hydraulic engines depends on the effective check of these forces.
The tire primarily concerns the use of pressure gas to control mechanical devices. Brake systems, electric tools and sprayers are often powered by compressed gas. Fluid engineering produces a wide range of industrial pneumatic devices that rely on compressed atmospheric air. Such a source of energy is easily avnemovilý without escape hazards associated with the use of other gases.
Movement of liquid mediumIt may include projects as diverse as aircraft design or the production of efficient boat propellers. Liquid engineering is applied to aeronautics using the Bernoulli equation, which describes the behavior of the flow of fluid along the surface. The same equations can also describe the properties that affect the movement of liquids through a limited area or the movement of the submarine across the ocean.
For oil drilling or natural gas, the mud engineer uses the drill mud or liquid that provides hydrostatic pressure in the well. The material is injected into the hole to eliminate foreign fluids, cooled and smeared the drill bit and helped to carry the drills to the surface. Compressed air, clean water and water or clay oil -based mixtures could be used as a liquid.