hydraulic head gradient and flow

[@johnr.timmers2297]

It's amazing how complicated a bad professor can make an equation seem. Thank you so much for this. Darcy's Law has been a mystery to me for the past week.

[@Dingelkorn]

Hi, just wanted to say that these videos on hydraulic head, gradient etc. have helped me loads. Doing a hydrology course at university and we are just going through these topics extremely briefly. You throrough explanations have been a great help to actually understand these concepts. Thank you for making these videos and making them openly accessible

[@lcmurd1]

Thanks, Claire. I am glad you found them helpful.

[@0904Carlin]

Thank you for the clear explanations! you've saved me for my groundwater unit!

[@jungchanpark7681]

wow.. so thank you...
sosososo thank you..
your teaching is so so good!!

[@justebucyte4891]

THANK YOU SO MUCH !!!!! I was looking for this true the books but i couldn't get a point , You just made my studies much easier :))

[@andabokwe7735]

Thanks for this video, made it easy for me to understand my course better

[@saifal-saadi4610]

thank you very much , was very useful , especially differences between manning and Darcy equation

[@gchandrasegaran3899]

Thanks.I learned this theory in hydraulics which is new to me.

[@MasterCivilEngineering]

Step by step video solutions for civil engineering questions

[@CheleChilindra]

awesome video

[@richaroy17]

The change is head is the static head? Or is it due to loss from friction?

[@lcmurd1]

Richa, The total head gradient is measure of the energy lost due to friction from water flowing through the porous media. There will be a pressure head gradient under static conditions, but the total head gradient will be zero when the water is static. Larry

[@thm7217]

Can you make a video on calculating all of the usual questions but through two and three different porous mediums? Had an assignment on this (horizontally and vertically) and i could use some of your straight talk and clear explanations.....

[@lcmurd1]

Theresa, Do you want to know how to determine average hydraulic conductivity parallel and perpendicular to layers?

[@vishalverma8771]

Awsm

[@samudrabehara5174]

Thank you very much sir...

[@Faithsmoon]

What if we don't have the distance?

[@jchabli]

thanks

[@صفاكاظم-ت1ر]

helpful 4
306 T_T