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5 Most Important Skills for a Mechanical Engineer to Succeed..
5 Most Important Skills for a Mechanical Engineer to Succeed..
Hello and welcome to my blog.
Today we are going to talk about five skills every mechanical engineer should have in order to succeed.Mechanical engineering is the branch of engineering that involve the design production and operation of machinery it is one of the oldest and broadest of engineering disciplines. This field requires an understanding of core area including Mechanics, Dynamics, Thermodynamics, Material Science, Electricity and much more. It is very important for a mechanical engineers to posses certain qualities and skills here we are providing the five most important skills that mechanical engineer should have in order to succeed.
Problem Solving
A big part of mechanical engineer job is solving problems using mechanical or thermal devices. Mechanical engineers need to be strong and analytic thinker who are capable of solving problems brought them by clients and employers.
Creativity
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| Creativity |
Mechanical engineering involves developing and designing products which range from batteries to electric generator to medical devices inventing products involve a lot creativity the creative mind is essential for this kind of work.
Communication Skills
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| Communication Skills |
Often mechanical engineers develop a product for a client they may have to explain complex machines or devices to people who are not familiar with the mechanical engineering. They have to be able to explain their ideas clearly and effectively and this takes strong communication skills.
Team Work
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| Teamwork |
Mechanical engineering involves a lot of team work Engineers often working groups to invent technologies and solve problems they might work with people who are not mechanical engineers such as computer scientist or architect They therefore need to be able to work with a diverse team of people to solve problems.
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| Math Skills |
Lastly math skills mechanical engineers need to be comfortable using math to solve problems the math skills required in mechanical engineering include calculus and statistic I need to be able to apply these skills to analyze problems and design solutions.
Thanks for reading....
Highlights Of Roxen concert With Live Perfomance Of Mustafa Zahid at HIT...
Highlights Of Roxen concert With Live Perfomance Of Mustafa Zahid at HITEC UNIVERSITY On Occassion Of HITMUN-Mustafa Zahid, TOSHI & BangBros Live / Global Village (Rave Night).
Videographer & Editor : Hamza Ali
Watch in HD !
Do share with your Friends Also !
Reynolds Number
The Reynolds number is undoubtedly the most famous dimensionless
parameter in fluid mechanics. It is named in honor of Osborne Reynolds (1842–1912), a
British engineer who first demonstrated that this combination of variables could be used as a criterion
to distinguish between laminar and turbulent flow. In most fluid flow problems there will
be a characteristic length, and a velocity, V, as well as the fluid properties of density, and
viscosity, which are relevant variables in the problem. Thus, with these variables the Reynolds
number
arises naturally from the dimensional analysis. The Reynolds number is a measure of the ratio of
the inertia force on an element of fluid to the viscous force on an element. When these two types
of forces are important in a given problem, the Reynolds number will play an important role. However,
if the Reynolds number is very small xthis is an indication that the viscous forces
are dominant in the problem, and it may be possible to neglect the inertial effects; that is, the density
of the fluid will not be an important variable. Flows at very small Reynolds numbers are commonly
referred to as “creeping flows”. Conversely, for large Reynolds
number flows, viscous effects are small relative to inertial effects and for these cases it may be
possible to neglect the effect of viscosity and consider the problem as one involving a “nonviscous”
fluid. This type of problem is considered in detail in Sections 6.4 through 6.7. An example
of the importance of the Reynolds number in determining the flow physics is shown in the figure
in the margin for flow past a circular cylinder at two different Re values
parameter in fluid mechanics. It is named in honor of Osborne Reynolds (1842–1912), a
British engineer who first demonstrated that this combination of variables could be used as a criterion
to distinguish between laminar and turbulent flow. In most fluid flow problems there will
be a characteristic length, and a velocity, V, as well as the fluid properties of density, and
viscosity, which are relevant variables in the problem. Thus, with these variables the Reynolds
number
 |
| Reynolds Number |
arises naturally from the dimensional analysis. The Reynolds number is a measure of the ratio of
the inertia force on an element of fluid to the viscous force on an element. When these two types
of forces are important in a given problem, the Reynolds number will play an important role. However,
if the Reynolds number is very small xthis is an indication that the viscous forces
are dominant in the problem, and it may be possible to neglect the inertial effects; that is, the density
of the fluid will not be an important variable. Flows at very small Reynolds numbers are commonly
referred to as “creeping flows”. Conversely, for large Reynolds
number flows, viscous effects are small relative to inertial effects and for these cases it may be
possible to neglect the effect of viscosity and consider the problem as one involving a “nonviscous”
fluid. This type of problem is considered in detail in Sections 6.4 through 6.7. An example
of the importance of the Reynolds number in determining the flow physics is shown in the figure
in the margin for flow past a circular cylinder at two different Re values
Hitec Mechanical Engineering
Mechanical Engineeirng Hitec Mechanical Engineering As we know Mechanical Engineering is the branch of engineering dealing with the des...
