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Fluid Mechanics and Fluid Mechanical Engineering (IMF) are terms that are sometimes used interchangeably, and there are certainly differences between them.
Science is defined as a methodically formed and ordered doctrine with a certain knowledge of things by their principles and causes; while engineering is the set of knowledge and techniques that apply scientific knowledge to the solution of specific problems of reality.
Fluid mechanics is part of physics and as such is a science specialized in the study of the behaviour of fluids at rest and motion. But, what is a fluid? A fluid is defined as a substance that changes its shape with relative ease, fluids include both liquids, which change shape but not volume, and gases, which change easily of shape and volume.
There is another more elaborate definition that defines a fluid as a substance capable of flowing; understand fluidity as the property of continuously deforming under the action of a force tangent to the plane of application no matter how small.
Fluid mechanics is part of the curriculum of most engineering firms because it provides us with the fundamentals and tools necessary to design and evaluate equipment and processes in technological fields as diverse as fluid transport, power generation, environmental control, transport vehicles. , hydraulic structures, etc.
Such fundamentals refer to the nature of fluids and the properties that describe them; the physical laws that govern their behaviour; the mathematical expression of these laws and the various methodologies that can be used in solving problems.
Classical fluid mechanics is mainly divided into fluid statics and fluid dynamics.
Fluid statics deals with the study of the laws and conditions that govern the equilibrium of fluids at rest, taking into account the action of the forces to which they are subjected.Whereas, fluid dynamics studies the laws of fluid motion, the forces involved in such, motion and their interaction with solid bodies.
Given the complexity of the subject under study, fluid dynamics is subdivided by the physical characteristics of the fluid or the type of method used to solve the problem.
Viscous flow is the study of real flow since viscous forces are produced by taking into account the viscosity of the fluid.Turbulent flow is characterized in that the fluid particles have a random three-dimensional motion that adds to the main motion, thus producing speed fluctuations.In an incompressible flow, the density variations are not taken into account for the calculation of the flow field.Low velocity flows of liquids and some gases fall into this category.
Computational fluid dynamics uses numerical methods to solve the differential equations that govern the flow of fluids since analytically they are impossible to solve due to their complexity.
On our planet, there are two very important fluids for life;water and air.For this reason, fluid mechanics can be divided into hydromechanics, if the fluid under study is water, or aeromechanics if working with air.
Hydrostatics is the study of water and other incompressible fluids under static conditions, while hydrodynamics deals with water and other incompressible fluids in motion.Aerostatics studies the equilibrium conditions of bodies immersed in the air under static conditions, and aerodynamics deals with the forces produced by airflow over bodies or structures immersed in it and the design of land and air vehicles.
Geodynamics, also known as gas dynamics, is the general study of subsonic and hypersonic compressible flows with or without heat transfer processes.
It involves a wide range of applications that have in common the artificial manipulation of fluids for the benefit of the man or the environment.Such applications range from the distribution of water for irrigation or human consumption, the disposal of liquid waste, the production of electrical energy, fluid transport processes, transport by land, water or air vehicles and natural atmospheric or ocean processes.In this way, fluid engineering can be divided into the following Areas:
|Hydraulics||Planning and design of engineering solutions to problems related to water, which emerge in the natural environment and the artificial use of this fluid.|
|Oleo Hydraulic||Design and construction of hydraulic controls, hydraulic transmission and hydraulic machines whose working fluid is oil.|
|Pneumatics||Design and construction of pneumatic controls, pneumatic transmission, compressors and pneumatic machines that work with compressed air.|
|Aeronautics||Application of aerodynamics and technologies related to the design, construction and handling of aerial vehicles: gliders, aircraft, helicopters, rockets and missiles.|
|Thermal Machines||Use of fluids with heat transfer and compressibility. Design of processes and thermal machines.|
Since water is present in almost all activities carried out by man, it is easy to understand that hydraulics have many Application Areas.These Areas can be identified based on the conduit or body through which the fluid flows.
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