How did you get your units of m^3/sec/meter. That is unclear. Also your estimation of 30 meters from the 10 meter scale was unclear. If it’s not clear how it’s unclear, me explaining why won’t help
We do have the same problem May I know how do you compute hydraulic uplift force at the base of hydraulic structure per meter length? I hope you can help me with my assignment.
Total stress at A would be 13m x saturated unit weight of the soil. Btw, an updated version of this example has been posted: ua-cam.com/video/wVDl-kIuKgo/v-deo.html
The elevation head of A is the distance from point A to the reference datum. For this example, this distance is directly measured from the graph (as the scale indicating 10m is given).
This is excellently explained, wouldn't have been able to do my homework without this!
Your flownet videos have been very helpful. Thank you.
How do you read Za=13 from given scale...please explain....did you multiply 10 with any value?
Same doubt
same doubt
How did you get your units of m^3/sec/meter. That is unclear. Also your estimation of 30 meters from the 10 meter scale was unclear. If it’s not clear how it’s unclear, me explaining why won’t help
We do have the same problem
May I know how do you compute hydraulic uplift force at the base of hydraulic structure per meter length?
I hope you can help me with my assignment.
How did you eventually do it?
U still need help?
May i know is the total stress at point A be 13m x Saturated density + (10+13) x 9.81?
Total stress at A would be 13m x saturated unit weight of the soil. Btw, an updated version of this example has been posted: ua-cam.com/video/wVDl-kIuKgo/v-deo.html
@@uSeeGeo thank you so much, you save my life
@@uSeeGeo Thank you ! !
An updated version of this example has been posted: ua-cam.com/video/wVDl-kIuKgo/v-deo.html
How do you convert m³/sec/m to m³/day/m
*60*60*24
just basically mutiply how many seconds are in a day
Multiply by 60 sec/min * 60 min/hr * 24hr/day
How Za is calculated by scale unavle to understodd
why have we calculated Za? and what is Za?
Za is the elevation head, needed in finding the pressure at A.
If there is not given elevation head then how I calculated
How you calculated elevation head 13m?
The elevation head of A is the distance from point A to the reference datum. For this example, this distance is directly measured from the graph (as the scale indicating 10m is given).
@@uSeeGeo thank you so much ✌️✌️
@@SachinKumar-jg2rx bro i m still dont understood
Thank you so much sir ....Good explaination........but how u calculated Za sir????
Za is read directly from the figure using the provided scale.
Just measure from ground level to the point A and convert in to the given scale