There are one video in youtube that showing a step for simulation process. Thus, I got an ideas to follow that youtube video for a further experiment. Then, I would like to get some insight and ideas, on how to write methodolgy, result and discussion, and conclusion and recommendation This is not urgent. I just wanna get some idea/insight from an real expert on what/how should I write the report if I wanna make this numerical analysis and simulation similar to this youtube link “”. Design is the same, simulation is the same but only later there will be a comparision simulation between water and also another 5 different nanofluids (aluminium as the main selected) My thought of title would be ” Heat transfer performance in microchannel flow by the effect of the nanofluids”. Body of the report needed:- 1)METHODOLOGY 2)RESULT 3)ANALYSIS AND DISCUSSION 4)CONCLUSION 5) RECOMMENDATION (for further work) Some note: -METHODOLOGY *using ANSYS FLUENT for simulation *single-channel microchannel *numerical analysis only *using only single-phase nanofluid *Will compare result with 5 different nanofluid (aluminium as the main selected) *maybe can included also info like (governing equation, assumption, boundary condition, microchannel geometry, grid independence test) and any suitable info. *if there is any calculation, would you write also the meaning of the formula symbol so I can understand? Thank you very much. -RESULT & DISCUSSION (you can make any expected result/graph that is logical that should be, because later I will make my own simulation to get the data) discuss about *Temperature distribution *pressure distribution *Velocity distribution *Nusselt number ratio *Friction factor ratio *Performance factor *pumping power *Bottom temperature *and any related that suitable for the topic **##If there is any calculation, would you like to include also the formula and the meaning of the symbols formula? Thank you. Direction: effect nanofluid concentration in wavy microchannel heat sink. Link youtube for reference simulation: And also, If possible, hope there will be a 0% turnitin. Thank you very much.