Hi Ivan, thans for sharing. Can u please suggest what SOFTWARE to process this DCP data that can produce interpretation and also its correletaion between DCP point
Hi Ivan Great video. Very useful. Just a question. Sometimes the DCP test shows higher blows (Example 9 to 10 blows) around 0.5m to 1m in clay soil and shows less blows (Example 4 to 5) as you go deeper around 1m to 2m. Can you explain why that is?
When you start with the test, evaporation and movement by vehicles can compact the top soil, giving you a slightly higher strength. I think there will be water table within the depth of 1m that's why. Clay when wet is soft and expands thus, you will need less energy to penetrate it. so in summary, there is a possibility of a water table being around that depth hence, the lower DCP values.
Hi Ivan, thanks for posting videos. all your videos are superb.
Hi Ivan, thans for sharing. Can u please suggest what SOFTWARE to process this DCP data that can produce interpretation and also its correletaion between DCP point
What about correlating to cbr and soil bearing capacity?
Is it possible to convert penetration per blow to force per unit base area when measuring soil penetration?
Hi Ivan Great video. Very useful. Just a question. Sometimes the DCP test shows higher blows (Example 9 to 10 blows) around 0.5m to 1m in clay soil and shows less blows (Example 4 to 5) as you go deeper around 1m to 2m. Can you explain why that is?
When you start with the test, evaporation and movement by vehicles can compact the top soil, giving you a slightly higher strength.
I think there will be water table within the depth of 1m that's why. Clay when wet is soft and expands thus, you will need less energy to penetrate it.
so in summary, there is a possibility of a water table being around that depth hence, the lower DCP values.
This spt? Or cpt? Cpt is pushed
Very useful video thanks
This was very helpful. Thank you.
Which Standard refer to conducting DCPT?
Hi, can you provide the name of the book (Look, 2014)?
Handbook of Geotechnical Investigation and Design Tables. Second Edition. 2014
By Burt G. Look