Fluidic design is like inspiration so that every motor company

LITERATURE REVIEW ON FLUIDIC DESIGNS AND FLOW
OF FLUIDS

Table of Contents
Introduction......................................................................................................................................3
Literature survey..............................................................................................................................3
Conclusion.......................................................................................................................................5
Reference List..................................................................................................................................6

Introduction
Fluid Dynamics, it is then divided into two
parts with an anxious gesture of liquid form
and Gas form. Fluid Dynamics is the second
part of Fluid Mechanics. Fluid Mechanics, it
is the experiment of the affection of the
forces. Several Scientists have studied fluid
dynamics. It helps in the study of Oceans,
disclosure of stars, and in the exam or
sample of weather. A rocket engine, the
blow of wind it is all the functional
application of fluid dynamics.
Literature survey
Fluidic design is like inspiration so that
every motor company is adopting it with
very granola. Like Hyundai Car Company,
the company is giving the all-new model of
its car every year, and it is possible because
of fluidic design that inspired almost every
company in today's market. Fluidic Design
helps every motor vehicle to look very
beautiful and attractive. Fluidic design is
also known as 'Fluidic Sculpture'' which has
been introduced by very famous and popular
companies like Hyundai and Tucson. The
philosophy of Fluidic design is an uprising
movement of this Era.
There are two types of flow first the flow of
Liquid and the other the flow of a Gas which
defines the fluids can affect the actual
occupied place. For example, Liquid flows
through a pipe, then the flow may be
balanced or unbalanced, and if the flow is
very free and independent, then it would be
balanced. In a study, if a flow is free and
independent with their actual time, then the
flow would be balanced.
According to these journal c bearings
written by J.W. Lund, it is the method
described for the damped motion of a fluid
film in bearings1. This rotor can help in to
change the pillar of geometry, and it helps in
the configuration. There are bearings in their
constant size and shapes that include the
solidness and calculation in the constant
efforts to disclose the way of a method for
industries. The rotor needs to calculate its
actual speed. Moreover, in earlier days, the
tactics are available to inquire a rotor
whether it is stable or not. Often the rotor's
1 J. Lund, "Stability and Damped Critical
Speeds of a Flexible Rotor in Fluid-Film
Bearings", Journal of Engineering for
Industry, vol. 96, no. 2, p. 509, 1974.
Available: 10.1115/1.3438358.

speed is calculated thinking of its bearings.
Everyone all knows that Bearings are so
flexible they have their flexibility that
inseparably leaner the motion. The first fact
that bearing becomes damp that works in the
shaft are bedding that is so flexible. The
influence that lays on the proportion of shaft
and solidness, adding the current method
that is very beneficial2. The damped motion
or speed which is supposed to be restrained.
It has been analyzed that a shaft helps the
bottom of damped bearings — being reliable
in the end mode of damped bearings. Rotor
speed has calculated on the fierce support. In
simple, the shaft works on the changing
illumination.
Cc,written by Mohammad Gad-el-Hak. The
process of inventing can develop very small-
sized in today’s world. The making of
devices is on a different level in this
Universe. Accordingly, the wooden harpoon
was shaped close to a decade ago. People
made his things according to his size in
terms of magnitude, which was more
extensive then they and something was
2 M. Gad-el-Hak, "The Fluid Mechanics of
Microdevices—The Freeman Scholar
Lecture", Journal of Fluids Engineering,
vol. 121, no. 1, pp. 5-33, 1999. Available:
10.1115/1.2822013.
smaller. The progress of utilizing
manufacturing devices during the last few
years has not attached to our minds because
of the irrelevant physics procedure in
making these types of devices. The flowing
of the fluids in small pipes through micro
devices is very rapid. The bearings will not
be seen from the flowing of the model.
There are too many queries has risen about
the result of practicing and manufacturing;
there is something which cannot be
explained by flow models. In earlier days of
development, the model of flow has built
micro devices that were so convenient and
attractive. Reading about micro devices,
researchers know that the micro devices are
moveable, but the structure of the devices
could not enhance their motion. Earlier there
was a topic of flow model when a gas flow
through a device then it is a best significant
flow of the gas. The model helps to predict
local asset as their volume can be described
with the comparison of the sizeable
microscopic shape of fluid but in
comparison to the model of fluid the scale is
smaller than its volume, so this is defined
very clearly over here.
Fluids mechanics of a model mitral valve
and left ventricle is written by B.J
Bellhouse. According to this journal, ring

vortex as shown in the left of the ventricle
through the decreasing of the flow. The
vortex was lacking the symmetry as because
of the ventricle. Many investigators have
studied about mitral valve broadly to the last
of their result. According to Jhonson in
1912 he advised that mitral valve can be
stopped by fluid which is a mechanic force
in nature. In 1916 John Dean suggested fluid
may preserve in the mitral valve which is
isolated in nature. In 1956 Finlayson said
and gave the silver attachments that clip is
very dependable regarding mitral valve
which is very small in size3. A filled water
tank has connected to the left ventricle to
locate the actual ventricle in that position to
the upward portion of the tank. After it
mitral valve release through a flow of water.
Rubber nylon coat and net are used in the
making of a mitral valve. Coming to the next
point, there is a particular experiment that is
for the incensement of the volume for
ventricle without changing any volume
regarding ventricle. Some experimental
results are relevant to this topic. In a pump
when ventricle attach then the valve would
3 B. BELLHOUSE, "Fluid mechanics of a
model mitral valve and left
ventricle", Cardiovascular Research, vol. 6,
no. 2, pp. 199-210, 1972. Available:
10.1093/cvr/6.2.199.
open steadily related and attached ith the
ventricle. Once it opened the jet struck the
ventricle and move outward towards the
result of experimenting the valve with
ventricle.
According to the journal Numerical
simulation of fluid-structure interaction in a
stirred vessel equipped with an anchor
impeller which is written by HediKchaou
and Mohamed salahAbid. The problem of
FSI is attached to CFD the role of FSI and
CFD is very vital regarding the application
of industries. It is very significant and
elegant for fluid about the existence of fluid
dynamics. There is a challenge in the
development of the device4. As per earlier
statement, there are some problems to be
discussed, there is a changeable data occurs
between fluid and the device and its
structure which can be said upon data
exchange. It is the best way and the best
solution to control the fluid shapes or its
structure. It can be categories into two parts.
The first is for solving fluids and its parts
4 S. Karray, Z. Driss, H. Kchaou and M. Abid,
"Numerical simulation of fluid-structure
interaction in a stirred vessel equipped with
an anchor impeller", Journal of Mechanical
Science and Technology, vol. 25, no. 7, pp.
1749-1760, 2011. Available:
10.1007/s12206-011-0514-9

and equations. Various types of studies and
experiment have done on it. After this, the
texture has defined. Researchers gave their
time and the pressure of mind on fluid.
When a hairy body is used in the place of
structure, it is already stated that FSI has
difficulty in two areas. According to FSI,
fluid is essential, and it has its value in the
ventricle and the valve.
Conclusion
The dynamic fluid and the character of the
fluid can be classified into two parts,
whether Microscopic or Macroscopic. Thus
if researcher uses microscopic state the place
of fluid, then its velocity may be identified
in the given period. If the researchers want
to catch the systems of fluid, then it becomes
essential to agree with equations defining
each and every single particle. From a
macroscopic view, a fluid is recognized as
the continuum contained in a limited period.
The average of macroscopic approach is the
formation of the actions with the large
particles and molecules.

Reference List
Journals
B. BELLHOUSE, "Fluid mechanics of a
model mitral valve and left
ventricle", Cardiovascular Research, vol. 6,
no. 2, pp. 199-210, 1972. Available:
10.1093/cvr/6.2.199.
Lund, "Stability and Damped Critical Speeds
of a Flexible Rotor in Fluid-Film
Bearings", Journal of Engineering for
Industry, vol. 96, no. 2, p. 509, 1974.
Available: 10.1115/1.3438358.
M. Gad-el-Hak, "The Fluid Mechanics of
Microdevices—The Freeman Scholar
Lecture", Journal of Fluids Engineering,
vol. 121, no. 1, pp. 5-33, 1999. Available:
10.1115/1.2822013.
S. Karray, Z. Driss, H. Kchaou and M. Abid,
"Numerical simulation of fluid-structure
interaction in a stirred vessel equipped with
an anchor impeller", Journal of Mechanical
Science and Technology, vol. 25, no. 7, pp.
1749-1760, 2011. Available:
10.1007/s12206-011-0514-9