Your Video is pretty helpful, good job ! Ps. You would literally have your views multiplied by 1,000 if it wasn't for your poor title. It is really hard to find this video. Put "6.1 Basics of compaction - Compaction curve and zero voids line" and see the results.
because that would be 100% perfect compaction. It's like finding the last digit of pi, we can get close enough for it not to matter but not technically perfectly 100%.
awesome exmaple it really helped me with my homework
How about the graph for 10% Air Content curve?
Your Video is pretty helpful, good job !
Ps. You would literally have your views multiplied by 1,000 if it wasn't for your poor title. It is really hard to find this video.
Put "6.1 Basics of compaction - Compaction curve and zero voids line" and see the results.
thx for suggestion!
from where 9.81 came in the calculation of no air voids line
Unit weight of water = 9.81 kN/m^3
How did you get gamma w?
wet density equals weight of compacted sample+ mould divided by volume of mold
Gamma w is the unit weight of water, which is 9.81 kN/m^3.
Mr. Yusuf over there is almost talking about bulk density; don't listen to them.
8:45
9.1 rd is placed between 19-20
i.e 19.5
Bro you have to check it again.
과제하다가 여기까지왔다 ㅋㅋㅋㅋ
Why we cant get zero air voids in real life ?
because that would be 100% perfect compaction. It's like finding the last digit of pi, we can get close enough for it not to matter but not technically perfectly 100%.