Fluid mechanics is an important subject taught in many engineering departments. It involves the study of fluids at rest and in motion, and is relevant to various fields like mechanical engineering. The document provides examples of fluid mechanics applications in everyday life like flags waving in the wind and blood flow. It also gives technical examples involving concepts like viscosity, velocity profiles, and converting between temperature scales. Methods and calculations are demonstrated for changing between Fahrenheit, Celsius, and Kelvin temperature scales.

1. 1
Fluid Mechanics
Student Name: Rawa Abdullah Taha
Class: two – Group A
Course Title: Fluid Mechanics
Department: Mechanic and Mechatronics
College of Engineering
Salahaddin University - Erbil
Academic Year 2019 – 2020

2. 2
ABSTRACT
Fluid mechanics is one of the most important lessons taught in most
engineering departments because fluoride mechanics are a vital part of
life without which we cannot live. And each and every one has its own
work. In physics and engineering, fluid dynamics (subdiscribes) in
mechanical fluid refers to the flow of fluid with gases. There are several
subdiscribers, the dynamics of the air include the study of air and other
gases in motion with (fluid science) which is also the study of fluids in
motion, the motion of fluids also has a wide range of uses. Such as the
analysis of the force and force of the plane, determining the mass flow
rate of oil along the pipeline, predicting the type of weather,
understanding the velocity of a single cloud in the star space with the
shape of the pieces of the explosive weapon.
The fluid movement is the presentation of the structure of the system that
falls under the act of parameter - that is, the law of experiential
satisfaction and semi-experimental design. Used in flow measurements to
analyze questions, the solution to the fluid motion questions involves
participating in the calculation of various fluid properties such as flow
velocity, pressure, density, and temperature, such as time and space maps.
Prior to the twentieth century the science of fluid forces accorded with
fluid motion that is still fragmented within some fluid motion subjects
such as magnetic hydrodynamics and alternative hydrodynamics, both of
which can be applied to gases.

3. 3
TABLE OF CONTENTS
Abstract 2
Table of Contents 3
Introduction 4
Introduction 5
Introduction 6
Methods 7
conclusion 8
references 9

4. 4
INTRODUCTION
Fluid Mechanics is the study of fluids at rest (fluid statics) and in motion
(fluid dynamics).
A fluid is defined as a substance that continually deforms (flows) under
an applied shear stress regardless of the magnitude of the applied stress.
Whereas a solid can resist an applied force by static deformation.
Liquids,Gases,Plasmas, and, to some extent, plastic solids are accepted to
be fluids. A perfect fluid offers no internal resistance to change in shape
and, consequently, they take on the shape of their containers. Liquids
form a free surface (that is, a surface not created by their container)
whereas gases and plasmas do not, but, instead, they expand and occupy
the entire volume of the container.
Figure(1)
The importance of flow phenomena is out of question. Natural
phenomena or technological applications are completely or partially
involves flow phenomena. It can be met in a diverse range of length of
xamples for thistime scales. Atmospheric flows and blood flows are two e
making specie,devicediversity. As a
learned also how to utilize flowcivilization
phenomena. Hence, those, who deal with
flowing matter, should be better equipped
with theoretical understanding and
capability to use experimental and
..toolsexaminationnumerical
(2)Figure

5. 5
in The life we every day have a connection with Fluid Mechanics without
I thought about how beautiful a flagfell it
looks when it waves. I realized that the the
wind blowing on the flag actually
produces a drag force on the flag. This
force acts on both sides of the flag. This
drag is due to the wind blowing over the
side of the flag. Thus the force itself is
actually the shear force acting on the flag.
xt time you see a flag waving.So the ne
Figure(3)
I was talking to some nursesWhen I went for a general health check up
about how the blood pressure meter works. I was thrilled by all the fluid
mechanics involved! To begin with, the cuff is pumped with air by use of
there are frictional losses in this method. OnceObviouslya hand pump.
f is full of air, it cuts off the blood circulation in the artery, whichthe cuf
causes the pressure to build up. The top number in your blood pressure
measurement tells you the pressure of your blood when the artery is not
ls you the pressure of yourpumping blood, and the bottom number tel
blood when blood flow continues. The flow of blood through your veins
is much like that of a fluid flowing through a pipe. The flow of blood is
steady and laminar, so the
velocity profile would be
parabolic due to friction
ring at the walls of theoccur
arteries. This velocity profile
would be altered if there is
plaque build up in the artery.
Figure(4)

6. 6
I brushed my teeth, I was reminded of the extreme difference betweenas
the viscosity of water and the viscosity of the toothpaste. Water is a
Newtonian fluid that has a very low viscosity and flows freely at room
d, has a very high viscosity.temperature. My toothpaste, on the other han
Newtonian plastic fluid because a shear-It is actually considered a Non
force must be applied to it before it will move! This works to my
how hard it would be toContemplateadvantage when I brush my teeth,
ampouleour toothbrush if it just poured out of theput toothpaste on y
.when you opened the cap
Figure(5)
engineering and natural sciences. It is involved, for example, in
mechanical engineering, chemical engineering, aerospace engineering,
medical engineering and, also, in material sciences.
of fact, it is a field where multiple physical effects can beproblemAs a
mers, crystal growth, die casting, car and aircraftmet. Extrusion of poly
aerodynamics, flow in heat exchangers, irrigation systems, heating,
cooling and ventilation systems, pumps and turbines are technological
examples where fluid mechanics plays a very important role. Fluid
mechanics knowledge is necessary to understand the nature of flowing
medium. This knowledge certainly help us to develop new devices and
processes. Furthermore, application of the methods used in the fluid
ight be beneficial.mechanics discipline in other engineering fields m

7. 7
METHODS
Complete the following:
T FT KT C°
1001
Solution:
T (F) = 1.8 T (C°) +32
100 - 32 = 1.8 T C°
68 = 1.8 T C°
T = 37.77 C°
T (K) = T(C°) +273.15
T(K) = 37.77 C°+ 273.15
T = 310.92 K
Result:
T FT KT C°
100310.9237.771

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CONCLUSION
In my report generally I talked about the benefities of fluid mechanics in
our lifes and in our studies such as that Enginnering , we get that
information that Fluid mechanics is basic way in our life we see it we use
it it's urgency for humanity without it life couldn't be regulary. So that
Mr.Mahdi in this report ask me a question about changing the
temperature he give me 100 F I change to Celsius and Kelvin. In that
Report I know that the fluid Mechanics is very important things that
everyone must know about it to be solve the life problems easier.

9. 9
REFERENCES
[1] Durst, F., "Grundlagen der Strömungsmechanik: Eine Einführung in
die Theorie der Strömungen von Fluiden", Springer,2008.
[2] White, F., “Fluid Mechanics“ , McGraw Hill.
[3] Fox, R.W. and McDonald, A.T., “Introduction to Fluid Mechanics”,
John Willey and Sons.