thank you

Few hours to my final exam and studied this concept and it has helped me much.. 🔥 Thanks man

Can you please clarify this for me, the task C part that you reallocated to day 13, how did you do it, hence the task E depends on tasks C and D? I hope you'll get my question. Thanks in advance

kzbin.info/www/bejne/moGqYZasraqijdU Opinión del profesor Juan.

it is going to be ok

because. is my opinion for load-bearing cont wall the short-direction steel is not necessary with a sitting chair to support the long-direction steel

is this detail for: -free-standing wall? -retaining wall? -load bearing cont. wall?

You're a good teacher

This also makes the assumption that task C can pause once started. Bear in mind that some tasks cannot pause like that without negative facets.

Actual perfection

AWESOME VIDEO! p.s. your colleague is handsome :P I would love to know how are you different from a "normal civil engineer" I am doing 3rd year and have not chosen my sub major yet but I would love to know the difference of sub majors in civil engineering and from your point of view, which one is better than which and why!

When you were trying to figure out whether the system is consistent, it seems like it was circular reasoning, as you solved for values a, b, and c by equating the entries, and then you replugged in the values that you solved using the same matrix that was used to solve for the values of a, b, and c. It is going to come out as "consistent" every single time because you are just solving and then going backwards (unsolving) every time; of course you are going to get the same matrix in the end. That doesn't make sense to me.

Why I just came to see the intregration 😢

Thabki

this just saved my ahh, thank you

6:2*(1+2)=9 BUT 6:2(1+2)=1

Which codes did you follow for this video?

goat

My By came 110kn and Cy 70kn. I started by finding the moment at C.

I was wondering why wouldn’t the 60kn be negative..isn’t it. Downward force.

Just E.. a.. s.. y . Thanks man❤

1

Hi, I enjoyed the video a lot, Thank you. Can the same method be used for cantilever beam as well? If so can you make a video on that? Thanks.

Thanks

8:56 what is that "T" refers to?

Hi There! These two videos are great! Can you do an example of a strip foot design where the foundation wall sits on the outside edge? Basically the structure is right next to the property line.

how do we calculate the error?

can you at least show the deflection tables or just show the formula you used so we can substitute it on our own thank you!

which formula did the used formula came from?

you are the best really simple unlike all those fucking examples and formulas in my notes

Dude u made it so easy, thanks a lot man, because of u I don't have to deal out for maths test Tom

ok

Super clear explanation even for a layman like me.

thank you very much

You dey rush

Thank you so much. This helped me a lot

After six year n today i find it very very helpfull.thanks alot professor

it was very helpful

that's great, try getting us a video on the principle of virtual work 😎😎

watched from 1 to 3 it was well explained

I apologize if I'm asking a stupid question. I'm just unfamiliar with this topic. But how do you find the vertical support reactions at the base of the column if we have a rectangular frame like this?

why the effective stress of clay is usually taken at the center of clay ?Why not at the base of clay /full thickness of clay ?

You're the first person that managed to explain this to me, absolute legend!

Bedmas we use pemdas

Thank you verry much for thus video

By far the best, articulate video on this topic on KZbin! Double the Thumbs up for AF Math & Engineering. BTW, I put these formulas in a spreadsheet, unfortunately, I'm not coming up with the same results as depicted in the video e.g., . I cannot make out the with of the wall. Is the width of the wall 203mm? One other thing, when I plug the numbers into the formula qf x b x ((( l - t )÷2 ) - d ), I come up with 68kN/m where you show 47kN/m. Thanks.

i love you

If the clay now is fully saturated and under water level, I need to use gamma submerged? Our prof said that we need to subtract gamma saturated with gamma water to obtain gamma submerged?? Please give me the conclusion

Thank you sooo muchhhh

❤