How to use Moody Chart, Colebrook, and Haaland Equations to Calculate Friction Factor and Head Loss

[@lm58142]

Excellent video - thanks for sharing! I used the Swamee-Jain approximation and got the Darcy friction factor of 0.016038.

[@jeppethorthomsen8842]

I was doing this exact question in fluid mechanics class yesterday, also using EES! Thank you for the content, this helps a lot!

[@professorbehrang]

I am glad it did help

[@Dosalt]

Very comprehensive good video. I did this course almost 10 years ago and didn't have these resources back then

[@professorbehrang]

Thank you!

[@xolanimagagula2961]

thank you professor u really helped me, you video made me saw that this thing is not that complicated i will also encourage my class mates to visit this video coz we didnt understand this topic thank you very much , watching from south africa

[@professorbehrang]

You’re welcome. I am glad I could help. I will make more videos.

[@professorbehrang]

Also, if there is a particular subject that you know a lot of people are struggling with, you can mention it here and I'll try to make video about that particular subject too.

[@xolanimagagula2961]

@@professorbehrang currently we are struggling with trial and error method in internal flows when we supposed to find the total head loss in pipes

[@professorbehrang]

@@xolanimagagula2961 This video might help: kzbin.info/www/bejne/i5KqdKBpp7VpadU

[@thepurposeofmyexistence2511]

Nice video , can y make video on psychometric chart , for air conditioning, like calculation of heat load calculation

[@professorbehrang]

Thanks I already have a video on Psychrometric chart on this channel. You can find it!

[@Dosalt]

Friction factor around 23:00 is 0.02

[@alainlobato5520]

is there a way to use Swamee & Jain equation to solve f? I've been having trouble trying to write it for EES

[@professorbehrang]

Try moodychart(Re, epsilon/D) function in EES and see what you get.