[FluidKo]

Hello everyone.
I'm interested in turbulence after jet impingement.
So I want to get a recommendation for a good paper.
I've found several good papers but they were experimental study or heat transfer study.
(I'm not good at heat transfer and not interested in it also.)
I want paper that is considering turbulence after jet impingement using RANS.
Thanks

[aerosayan]

in my humble opinion, you might have a better research experience if you just start with any few papers on the topic and just casually read them.

you won't directly find extremely detailed research papers right away, but after reading let's say 10-20 papers, you will understand the following ...

1. formulas used
2. research methodology used
3. verification methods used
4. and most importantly, references to previous research papers.

as you read the papers, you will find that most of them start using references to older research papers, and you will notice that some of those papers are cited more frequently in newer research.

you should read those papers which are cited the most.

that's how you will find the "perfect" paper that might give you the best understanding of your research topic.

alternatively, you can also find good papers to study from seeing which are cited in open source and closed source softwares.

for example, i'm trying to learn computational chemistry + computational metallurgy, on my own, and i don't know even a lick of anything related to metallurgy. so i started my research into software that are used for computational metallurgy.

here's a *great* list of codes that are developed for density functional theorem (some quantum chemistry mess i don't understand right now) : https://dft.sandia.gov/quest/DFT_codes.html

buuuuuuuuuuuuuuuuuuuuuttttttttttttt ......... if i keep reading the papers cited in these codes, i'm damn sure i will learn very much, very quickly.

best of luck.

[FluidKo]

Originally Posted by aerosayan

in my humble opinion, you might have a better research experience if you just start with any few papers on the topic and just casually read them.

you won't directly find extremely detailed research papers right away, but after reading let's say 10-20 papers, you will understand the following ...

1. formulas used
2. research methodology used
3. verification methods used
4. and most importantly, references to previous research papers.

as you read the papers, you will find that most of them start using references to older research papers, and you will notice that some of those papers are cited more frequently in newer research.

you should read those papers which are cited the most.

that's how you will find the "perfect" paper that might give you the best understanding of your research topic.

alternatively, you can also find good papers to study from seeing which are cited in open source and closed source softwares.

for example, i'm trying to learn computational chemistry + computational metallurgy, on my own, and i don't know even a lick of anything related to metallurgy. so i started my research into software that are used for computational metallurgy.

here's a *great* list of codes that are developed for density functional theorem (some quantum chemistry mess i don't understand right now) : https://dft.sandia.gov/quest/DFT_codes.html

buuuuuuuuuuuuuuuuuuuuuttttttttttttt ......... if i keep reading the papers cited in these codes, i'm damn sure i will learn very much, very quickly.

best of luck.

Thanks for your advice.

I'm going to search reference paper.