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I know it takes long for you to check it .. but i need your knowledge.thanks

"Today, issues such as optimizing and efficiency of production process are of utmost importance. These discussions can explain due to the concept of entropy which represents the second law. Many of the industry equipments during the process occurred, along with some that are irreversible leading to entropy production will be.

Entropy Analysis of Non-Newtonian fluid in channels with heat transfer, has many applications in Engineering Sciences including Aerospace industries, Chemical and petrochemical engineering, heat exchangers, chemistry, nuclear reactors and combustion systems and etc.

Recent research in many industrial applications mentioned the importance of heat transfer mixed convection. Coefficient of friction and Nusselt review for non-Newtonian pseudo-plastic fluid in a channel with Boundary conditions increase the temperature linear by Lorenzi has accepted.In this study, regardless of second derivatives, which ultimately enhance the response is an error.

Also, Rychardson values which represent being dominant of natural convection to forced convection has been surveyed.Analytical study of non-Newtonian fluid Entropy Pavrla pipe is made by Mahmud.

In this study, the results are independent from Prandtl and Reynolds parameters.

Transfer of combined heat in a channel with tetrahedral point for a Newtonian fluid was analyzed by A. Barletta. In this study, heating and cooling wall are reviewed and subsequent results are shown as the graphs coefficient of friction.

Irreversible and entropy production in channel with circular cross section for the Newtonian fluid was studied by Syeda Humaira Tasnim.

Contact surfaces have different temperatures that lead to different behaviors in Nusselt number and coefficient of friction.

Entropy production also reviews according to different temperature conditions and the least Entropy production are obtained by the relevant terms.

.In this article, type of laminar flow, incompressibility and reliable with the heat transfer in vertical channels has been analyzed for the two-dimensional fluid.

Equations of continuity, and Mvmntvm and energy are solved by the stream function with the finite difference.

None of the sentence of above equation (due to being poor) is matter.

Numerical Solution of equations, effects of parameters such as Prandtl, Richardson, Non-Newtonian fluid characteristics and production of entropy is analyzed."

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Sorry but English forums doesn't help in home work, you'll have to do it by your self.
There's nothing wrong with posting these paragraphs for correction, but you may note the request at the top of "Genera English Grammar Questions Forum" (written in red) to refrain from posting paragraphs in this particular forum:

"DO NOT post paragraphs and compositions here. Post them in our Essay, Report and Composition Writing Forum. (note that this is a link)

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P.S. Your title, Just need a glance, is a trifle misleading. There's a bit of work to be done

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Hmmm, the link doesn't work. Sorry. Emotion: embarrassed
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Suggested changes in italics:

"Today, issues such as optimizing and efficiency of production process are of the utmost importance. These discussions can be explained due to the concept of entropy which represents the second law. Many of the industry equipments during the process occurred, along with some that are irreversible leading to entropy production will be.

Entropy Analysis of Non-Newtonian fluid in channels with heat transfer, has many applications in Engineering Sciences including Aerospace industries, Chemical and petrochemical engineering, heat exchangers, chemistry, nuclear reactors and combustion systems, and etc.

Recent research in many industrial applications has mentioned the importance of heat transfer mixed convection. Coefficient of friction and Nusselt review for non-Newtonian pseudo-plastic fluid in a channel with Boundary conditions increase the temperature linear by Lorenzi has accepted. In this study, regardless of second derivatives (which ultimately enhances) the response it is misleading is an error.

Also, Rychardson values which represent being dominant of natural convection to forced convection has been surveyed. Analytical study of non-Newtonian fluid Entropy Pavrla pipe is made by Mahmud.

In this study, the results are independent from Prandtl and Reynolds parameters.

Transfer of combined heat in a channel with tetrahedral point for a Newtonian fluid was analyzed by A. Barletta. In this study, heating and cooling wall are reviewed and subsequent results are shown as the graphs coefficient of friction.

Irreversible and entropy production in channel with circular cross section for the Newtonian fluid was studied by Syeda Humaira Tasnim.

Contact surfaces have different temperatures that lead to different behaviors in Nusselt number and coefficient of friction.

Entropy production also reviews according to different temperature conditions and the least Entropy production are obtained by the relevant terms.

In this article, type of laminar flow, incompressibility and reliable with the heat transfer in vertical channels has been analyzed for the two-dimensional fluid.

Equations of continuity, and Mvmntvm and energy are solved by the stream function with the finite difference.

The last few paragraphs seem fine.
Oops, sorry. Looks like I shouldn't have helped ... is that right? Sorry, I'm a newbie ... just wanted to be helpful!
okay I will send there Emotion: embarrassed

and thanks for your answerEmotion: smile I appriciate your help.. thanksssssssssssssssss[F]

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SunnyShiny Also, Rychardson values which represent being dominant of natural convection to forced convection has been surveyed. Rychardson's values, which represent the dominance of natural convection over forced convection, have been surveyed. Analytical study of non-Newtonian fluid Entropy Pavrla pipe is made by Mahmud. (study of non-etc. pipes, or study of a non-etc. pipe)

In this study, the results are independent from Prandtl and Reynolds parameters.

Transfer of combined heat in a channel with tetrahedral point for a Newtonian fluid was analyzed by A. Barletta. In this study, heating and cooling wall are reviewed and subsequent results are shown as the graphs coefficient of friction. (You consistently neglect number agreement and the use of articles.)

(The graphs' coefficients of friction, or The graph's coefficient of friction.)

Irreversible and entropy production in channel with circular cross section for the Newtonian fluid was studied by Syeda Humaira Tasnim. (in channels with circular cross sections or in a channel with a circular cross section)

Contact surfaces have different temperatures that lead to different behaviors in Nusselt number and coefficient of friction.

Entropy production also reviews is also reviewed according to different temperature conditions and the least Entropy production are is obtained by the relevant terms. ??

.In this article, type of laminar flow, incompressibility and reliable reliability with the heat transfer in vertical channels has have been analyzed for the two-dimensional fluid.

Equations of continuity, and Mvmntvm and energy are solved by the stream function with the finite difference.

None of the sentences of the above equation (due to being poor) is matter.

Numerical Solution of equations, effects of parameters such as Prandtl, Richardson, Non-Newtonian fluid characteristics and production of entropy is are analyzed."

Session data>