Obviously nope. Load transfer mechanism is different,piles for example do mobilise their capacities thru skin friction. Moreover, these formulae by Terzaghi et al apply for shallow footings only.
Hi I am not sure about the weighting factor; this reference shows that layer depths (d) should be used in place of the i as described in the video.chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/gwang.people.ust.hk/CIVL575/CIVL5750ClassNotes2_Handout_ASCE7.pdf see sec20.4
Thanks brother it's a essential video. Keep up with your effort.
Thanks for the video, I would to ask on how to calculate for Corrected N values
But I believe the depth of footing should depend on the value of Nc, why using the assum depth of footing to correlate with SPT N value sir?
Thanks brother for your interesting video. Please let me know which international standard mentioned this calculation? Thanks!
For raft foundation how the E value is calculated
Thank you sir for this video, is this also applicable to deep foundation
Obviously nope. Load transfer mechanism is different,piles for example do mobilise their capacities thru skin friction. Moreover, these formulae by Terzaghi et al apply for shallow footings only.
dear sir this one in which standard
Sir what is meaning of width of foundation
How to calculate corrected n value
The problem is, how to calculate the corrected n values?
Define N??
good
Can you provide the references or codes used?
Hi I am not sure about the weighting factor; this reference shows that layer depths (d) should be used in place of the i as described in the video.chrome-extension://efaidnbmnnnibpcajpcglclefindmkaj/gwang.people.ust.hk/CIVL575/CIVL5750ClassNotes2_Handout_ASCE7.pdf see sec20.4
Brother please could you share bearing capacities excell if you have
It seems this method is not a standard.