projectNIII

I would like to ask if you can help me with my fluid coursework which is about (Aerodynamics pressure Coefficient and drag determination)i did everything i just need you to write associated explanation and a brief (1000 words maximum) commentary the variation of pressure coefficient and the calculated drag coefficient to expected profiles/values. You should pay particular attention to explaining the differences observed and departures from the theoretical inviscid predictions. file names and explanation

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Aerodynamics-Pressure Coefficient and Drag Determination.docx

i uploaded the coursework sheet and the red words this means that i already did it but the black points i didn't do it i need your help please and this is what i need you to help me with if you can i will send you my work to write the explanation Thank you

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and associated explanation. (50%) • A brief (1000 words maximum) commentary comparing the variation of pressure coefficient and the calculated drag coefficient to expected profiles/values. You should pay particular attention to explaining the differences observed and departures from the theoretical inviscid predictions. (30%)

fluid excel file.xlsx

Calculation which i did in excel

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This file shows how i calculate the theoretical and experimental datas and the drag coefficient

Doc 27 Jan 2015 342 am.pdf

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Drag force.pdf

This the final calculation for the velocity and Drag force now you can start write the associated explanation for the spreadsheet which is in excel. *Then write A brief (1000 words maximum) commentary comparing the variation of pressure coefficient and the calculated drag coefficient to expected profiles/values. You should pay particular attention to explaining the differences observed and departures from the

theoretical inviscid predictions. A pdf file containing a brief description/explanation of your drag coefficient calculation and the commentary regarding calculation methodology and comparison of results with published work. Instructions for uploading the file will be provided closet to the submission date. Please do not upload word files or other word processor files. You can search in Google for the drag coefficient around the cylinder and compare them with my result and as i know it will be similar to my result with a small difference.