Fluid Mechanics Term Paper by Master Researcher

Fluid Mechanics
A look at the basic principles of fluid mechanics.
# 43948 | 2,400 words | 6 sources | MLA | 2002 | US
Published on Nov 10, 2003 in Physics (Mechanics) , Engineering (Construction)


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Description:

This paper examines and analyzes the basic principles of fluid mechanics. The paper then discusses the various applications of fluid mechanics in engineering, the natural world, and the human body. The paper specifically describes fluid mechanical and electrical systems that integrate the various functions of their components into sophisticated consumer products.

From the Paper:

"Fluid mechanics is concerned with the science of fluids in motion and at rest. Applications of fluid mechanics include the design of golf balls, and the study of meteorology, oceanography, and engineering such as the design of bridges, dams and tall buildings. Biological and pharmacological fluid mechanics, such as the transport of blood and drugs in the blood stream, are also becoming important areas of research.
"Most people are not aware that every human being is in fact an expert in fluid mechanics. We sustain our physical bodies by breathing air and drinking water. Every day we see changes in atmospheric weather patterns, feel the shifts in wind direction, and recognize the signs of impending precipitation. We all know from an early age that the water in streams and rivers flow downhill and notice the ocean waves generated by the wind. In fact, we are so accustomed to all of these things that we don't consciously think of them as examples of fluid mechanics.
"Essentially, without fluid mechanics our bodies could not function. Our hearts pump blood throughout our bodies, supplying our cells with oxygen and nutrients, and carrying away waste products."

Cite this Term Paper:

APA Format

Fluid Mechanics (2003, November 10) Retrieved April 10, 2020, from https://www.academon.com/term-paper/fluid-mechanics-43948/

MLA Format

"Fluid Mechanics" 10 November 2003. Web. 10 April. 2020. <https://www.academon.com/term-paper/fluid-mechanics-43948/>

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