This is gold! Trying to read Elasticity and Geometry (Audoly, Pomeau), but this part they explain very sloppy and can cost you days to figure it out.
@_6666-Ай бұрын
WHERE ARE THE INTERESTS FROM THE PAYBACK OTHER THAN ( SHELL CORPORATION THE BIDEN ADMINISTRATION ) U S GOVT 60-DAY PLUS BAN WHEN THE PRIVATE OIL & GAS SECTOR IS ACCOUNTING FOR THE BIDEN ADMINISTRATION FEDERAL TREASURY'S LOSS OF 2024 LEASE CHECKS IN THE RED !
@extraclass6503 ай бұрын
how do you fit this curve... varying m using excel
@likekiralike56303 ай бұрын
Sir, what is aim to perform XLOT instead of LOT?
@luk45ful10 ай бұрын
Why is X2 = -X3? Not sure what I'm missing there
@nguyenhoang-vf8le Жыл бұрын
it is difficult to understand. Thanks for sharing
@obinnaosuagwu3685 Жыл бұрын
Thanks a lot
@samardas9079 Жыл бұрын
Thanks sir but sir please increased sound quality.
@anubhavgupta9381 Жыл бұрын
HOEK I HAVE VISITED YOU SOME WHERE ELSE You ARE TOO GOOD HOEK
@franksaruhan Жыл бұрын
Matlab does not consider the direction of stress vector depending on its compressive or tensile behavior.
@mikeguidry2577 Жыл бұрын
Sorry but this isn't good instructions. It explains 0 what flow rate means on x axis. Flow rate of what? The well? The injection of fluid during fracking? Also it says pressure at perforation 8,622 psi when the y axis doesn't even go that high. It makes me unsure if the y axis pressure is perforation pressure or what because 8622 isn't even on the scale. The Y axis says pressure. Again, specificity is always needed. Pressure of what? Well flowing pressure? Reservoir pressure? Wellhead pressure? This is just a lazy graph.
@immes682 Жыл бұрын
18:50 Should you not have T(n)*n*dA - T(e1)*n1*dA -.... instead of T(n)*dA - T(e1)*n1*dA - .... ?
@himanshushukla2194 Жыл бұрын
Thanks ❤
@user-di1iy6vk2c Жыл бұрын
After calculting two principal effective stress respectivey, What values to be compared to these two values for rock failure assessment?? Rock compressive strength?
@joaocosta3506 Жыл бұрын
why is alpha-beta = 2Exy?
@siddharthgupta2757 Жыл бұрын
GSP real id se aao
@abdallaaziz1172 Жыл бұрын
Need to improve the voice quality
@sauravsrivastwa5332 жыл бұрын
What is U
@mahathirscolorworld68182 жыл бұрын
soundless lecture is very disgusting
@user-gx2wy3ot3h2 жыл бұрын
very good
@user-gx2wy3ot3h2 жыл бұрын
Hello, how are you? I am a petroleum engineer from Iraq. I want to get to know you, and I hope you will reply to me
@AndreasMichael2 жыл бұрын
I think the σ_rθ equation should end with ...- 3a^4/r^4)*sinθ instead of ...) - sinθ
@jospina65 Жыл бұрын
You are right: *sin(2* 3a^4/r^4)*sin(2θ)
@JosueA_4552 жыл бұрын
Are Kirsch solutions suitable for horizontal displacements?
@password69752 жыл бұрын
Thank you sir
@doseur54703 жыл бұрын
thank u a lot teacher
@oufjosselin51593 жыл бұрын
How can we test only the skeleton (grain) part of a rock considering the material is still porous at tiny scale ? Ks seems to be tricky to get...
@b.y.76463 жыл бұрын
hi thanks for this video, just one question : why the critical state line always crosses the origin? the cohesion of the soil is not taken into account with this model? thanks
@Shubham-ph2ww3 жыл бұрын
Incorrect solution
@Ale-kc9pq2 жыл бұрын
Why bro?
@jackdodson39 Жыл бұрын
@@Ale-kc9pq -1 not -2
@jcnot9712 Жыл бұрын
@@jackdodson39 Thanks. D**k move of op to comment that and not provide the correct answer.
@asaadabdulsada77013 жыл бұрын
Can you please explain me what is mean by pore pressure gradient
@mouradzid83433 жыл бұрын
Hello can you help me to realized a mini project Thank you
@mazenomar72793 жыл бұрын
Dear sir how to conact with you for some quiz?
@areteees3 жыл бұрын
Thanks for uploading, very helpful
@MEBJMANOJKUMAR3 жыл бұрын
excellent video but increased volume quality can make it much better
@so_cht3 жыл бұрын
Can it be any slower?
@mohammadtariq2483 жыл бұрын
Good Learning from insightful explanation through wonderful diagram. Thanks for it.
@chandanadeeksha8843 жыл бұрын
Wow.. such an amazing video. You explain the concept effortlessly for even a newbie like me to understand. Hats-off! P.s. I am not an engineer, I am a Mathematics student who randomly came across the term creep and got curious as to how that could happen, i.e., how and why time could effect the strain.
@er.pravinkadam11174 жыл бұрын
Sir, sorry to say you but due to small and cutting of voice we can't understand it clearly. But thank you for your help and effort for this vedio. Keep it up.
@isnardyjosetorofonseca39264 жыл бұрын
How do you calculate radial stress and shear stress near the wellbore region based on elastic mechanics theory
@KJAS_JU_IITM4 жыл бұрын
Do you have the lecture on UBCSAND Constitutive mode?
@KJAS_JU_IITM4 жыл бұрын
Sir it is a nice lecture. Do you give me the complete playlist LINK on Constitutive Modelling?
@chellalhichemaymenkatib46454 жыл бұрын
i want to know what is the procedure for measuring Shmin in reverse faulting regimes.since the lot or xlot measure the least principle stress which is not Shmin in the reverse faulting regime . I would really apreciate your help thanks in advance
@DeanCulver174 жыл бұрын
The definition of shear strain here is misleading. From your diagram at 12:13, you define the deformed differential element acute angle as twice the shear strain, which implies that if shear strain is zero, the element collapses onto a line, and an un-sheared element has a shear strain of 45 degrees.
@euginiafebrina57454 жыл бұрын
Well explained, Sir. Thank you for the explanation. I had trouble listening to the voice since it's very small even though I have my biggest volume on. Apart from that, everything is good.
@ammarsohail76864 жыл бұрын
Does most of the change in void ratio occur along the failure shear band for heavily overconsolidated clays?
@hichemsevran4 жыл бұрын
Thank you
@Poskma4 жыл бұрын
Thank you for helping me sir! i can learn many knowledges~
@AndreasMichael4 жыл бұрын
The Kirsch solution published in 1898 (not 1896) did not assume biaxial stress loading, nor pore or wellbore pressures. Therefore, the figure shown at 1:17 is not from the original Kirsch paper. Kirsch only considered single stress concentration, "σ" around a hole, that is not pressurized (en.wikipedia.org/wiki/Kirsch_equations). Somebody else (whom I don't know), sometime between 1898 and 1957 must have modified the original Kirsch solution to incorporate biaxial stress loading, before Hubbert and Willis (1957) incorporated the pore and wellbore pressure terms. Thus, the equations shown on the slide at 2:43 should not be referred to as the "Kirsch Solutions" as they are colloquially known, but Hubbert and Willi' modified version of Kirsch. Haimson and Fairhurst (1967) further modified Hubbert and Willis' equations considering fluid infiltration from the wellbore using Biot's theory. Nevertheless, very nice and informative piece.
Пікірлер
This is gold! Trying to read Elasticity and Geometry (Audoly, Pomeau), but this part they explain very sloppy and can cost you days to figure it out.
WHERE ARE THE INTERESTS FROM THE PAYBACK OTHER THAN ( SHELL CORPORATION THE BIDEN ADMINISTRATION ) U S GOVT 60-DAY PLUS BAN WHEN THE PRIVATE OIL & GAS SECTOR IS ACCOUNTING FOR THE BIDEN ADMINISTRATION FEDERAL TREASURY'S LOSS OF 2024 LEASE CHECKS IN THE RED !
how do you fit this curve... varying m using excel
Sir, what is aim to perform XLOT instead of LOT?
Why is X2 = -X3? Not sure what I'm missing there
it is difficult to understand. Thanks for sharing
Thanks a lot
Thanks sir but sir please increased sound quality.
HOEK I HAVE VISITED YOU SOME WHERE ELSE You ARE TOO GOOD HOEK
Matlab does not consider the direction of stress vector depending on its compressive or tensile behavior.
Sorry but this isn't good instructions. It explains 0 what flow rate means on x axis. Flow rate of what? The well? The injection of fluid during fracking? Also it says pressure at perforation 8,622 psi when the y axis doesn't even go that high. It makes me unsure if the y axis pressure is perforation pressure or what because 8622 isn't even on the scale. The Y axis says pressure. Again, specificity is always needed. Pressure of what? Well flowing pressure? Reservoir pressure? Wellhead pressure? This is just a lazy graph.
18:50 Should you not have T(n)*n*dA - T(e1)*n1*dA -.... instead of T(n)*dA - T(e1)*n1*dA - .... ?
Thanks ❤
After calculting two principal effective stress respectivey, What values to be compared to these two values for rock failure assessment?? Rock compressive strength?
why is alpha-beta = 2Exy?
GSP real id se aao
Need to improve the voice quality
What is U
soundless lecture is very disgusting
very good
Hello, how are you? I am a petroleum engineer from Iraq. I want to get to know you, and I hope you will reply to me
I think the σ_rθ equation should end with ...- 3a^4/r^4)*sinθ instead of ...) - sinθ
You are right: *sin(2* 3a^4/r^4)*sin(2θ)
Are Kirsch solutions suitable for horizontal displacements?
Thank you sir
thank u a lot teacher
How can we test only the skeleton (grain) part of a rock considering the material is still porous at tiny scale ? Ks seems to be tricky to get...
hi thanks for this video, just one question : why the critical state line always crosses the origin? the cohesion of the soil is not taken into account with this model? thanks
Incorrect solution
Why bro?
@@Ale-kc9pq -1 not -2
@@jackdodson39 Thanks. D**k move of op to comment that and not provide the correct answer.
Can you please explain me what is mean by pore pressure gradient
Hello can you help me to realized a mini project Thank you
Dear sir how to conact with you for some quiz?
Thanks for uploading, very helpful
excellent video but increased volume quality can make it much better
Can it be any slower?
Good Learning from insightful explanation through wonderful diagram. Thanks for it.
Wow.. such an amazing video. You explain the concept effortlessly for even a newbie like me to understand. Hats-off! P.s. I am not an engineer, I am a Mathematics student who randomly came across the term creep and got curious as to how that could happen, i.e., how and why time could effect the strain.
Sir, sorry to say you but due to small and cutting of voice we can't understand it clearly. But thank you for your help and effort for this vedio. Keep it up.
How do you calculate radial stress and shear stress near the wellbore region based on elastic mechanics theory
Do you have the lecture on UBCSAND Constitutive mode?
Sir it is a nice lecture. Do you give me the complete playlist LINK on Constitutive Modelling?
i want to know what is the procedure for measuring Shmin in reverse faulting regimes.since the lot or xlot measure the least principle stress which is not Shmin in the reverse faulting regime . I would really apreciate your help thanks in advance
The definition of shear strain here is misleading. From your diagram at 12:13, you define the deformed differential element acute angle as twice the shear strain, which implies that if shear strain is zero, the element collapses onto a line, and an un-sheared element has a shear strain of 45 degrees.
Well explained, Sir. Thank you for the explanation. I had trouble listening to the voice since it's very small even though I have my biggest volume on. Apart from that, everything is good.
Does most of the change in void ratio occur along the failure shear band for heavily overconsolidated clays?
Thank you
Thank you for helping me sir! i can learn many knowledges~
The Kirsch solution published in 1898 (not 1896) did not assume biaxial stress loading, nor pore or wellbore pressures. Therefore, the figure shown at 1:17 is not from the original Kirsch paper. Kirsch only considered single stress concentration, "σ" around a hole, that is not pressurized (en.wikipedia.org/wiki/Kirsch_equations). Somebody else (whom I don't know), sometime between 1898 and 1957 must have modified the original Kirsch solution to incorporate biaxial stress loading, before Hubbert and Willis (1957) incorporated the pore and wellbore pressure terms. Thus, the equations shown on the slide at 2:43 should not be referred to as the "Kirsch Solutions" as they are colloquially known, but Hubbert and Willi' modified version of Kirsch. Haimson and Fairhurst (1967) further modified Hubbert and Willis' equations considering fluid infiltration from the wellbore using Biot's theory. Nevertheless, very nice and informative piece.
The delivery could be better.
thanks sir
good video! thank you sir!