This is awesome but you don,t cover all the subject. please make it complete. you have done the core of every season so it won't take so much time. I am amazed with your ability of dervinf of formula, thanks so much
I am really enjoying your lectures. I have a question. For the built up hollow rectangular beam at 1:55 mark, Im not really clear what Q value to use to calculate the shear in the nails. Do you think you could discuss the difference in shear flow between having nails installed horizontally vs vertically?
really you are awesome,i am not bored even watching your lectures continuously for 8 hours. Can you tell me is this the only course of yours or you have some video of other course as well. You are amazing your teaching style also contain so much fun.
I'm guessing shear flow is also used in calculating development depth of reinforcing steel bars inside of concrete to ensure the reinforcing bar generates enough friction forces along its length to resist shear flow and hence work in resist bending loads?
Hello, many thanks for these very useful videos. May I ask a questions please? In the video you talked about the shear stress, the shear stress is going in parallel with the cross-section. Are they the same as the stress in the longitudinal plane of the beam? many thanks!
Awesome! Giving me hope. It's amazing how professors can't seem to communicate ideas clearly. I appreciate the help.
This is awesome but you don,t cover all the subject. please make it complete. you have done the core of every season so it won't take so much time. I am amazed with your ability of dervinf of formula, thanks so much
The sound effects really help me understand the concepts!
Love your energy
I am really enjoying your lectures. I have a question.
For the built up hollow rectangular beam at 1:55 mark, Im not really clear what Q value to use to calculate the shear in the nails. Do you think you could discuss the difference in shear flow between having nails installed horizontally vs vertically?
This is what I call "time efficient".
I like the passion and confidence of this dude!
mechanics is one of my fav area and these lectures are awesome.....thnx structurefree
really you are awesome,i am not bored even watching your lectures continuously for 8 hours.
Can you tell me is this the only course of yours or you have some video of other course as well.
You are amazing your teaching style also contain so much fun.
I also have dynamics and some structural engineering related videos on my channel
man this dude is cool! would make an awesome prof.
+Sylvain Kambale thanks!
professor structure free got a bit of a ring to it id say
Sir, could you please do one video on shear stress distribution in inverted C section.......it is some what difficult.
Love your videos man keep em up !
Cheers from lebanon
Wow, thank you! I can't believe it... Ballin' in Lebanon! This shizznit just got real!
+structurefree another Cheers from Lebanon :p
ballin' in durban south africa brother thank you for sticking to the best way.... metric not that weird imperial stuff hahahahaha hashtag murica
I'm guessing shear flow is also used in calculating development depth of reinforcing steel bars inside of concrete to ensure the reinforcing bar generates enough friction forces along its length to resist shear flow and hence work in resist bending loads?
You are great dude😎
will you be adding more examples? some complicated ones with an arc cross section?
+Diviyansh Mangla yes!
what's the reason for combined loading due to absence of vertical symmetry
Hello, many thanks for these very useful videos. May I ask a questions please?
In the video you talked about the shear stress, the shear stress is going in parallel with the cross-section. Are they the same as the stress in the longitudinal plane of the beam? many thanks!
Yes .They are.The longitudinal and transverse shear are numerically equal.
This is due to the complimentary nature of shear stress
could u also show how to determine the direction of shear flow in unsymmetric cross sections?
Great video, thank you!
Nice proof with a lot of fun！
This guy is Jesse from Breaking Bad after escaping and becoming an engineering professor. "SCIENCE, BITCH!"
could you do some more on Dynamics and Thermo? please
+Josue San Jose dynamics...yes. thermo....ugh.
+structurefree please! I am taking that class next semester and I am scared haha.What about fluid mechanics? Could you do some videos on that?
Ha! Ha! I'm scurrred too!
Could you please do a video about how to calculate the shear stress induced by torsion on I beam? Thank you!
+t tt oooh, this is an advanced topic. I'll add it to my to do list.
It has a big deal in ship construction
Thanks a lot
YOU ARE AWESOME :D
+Muhammad Mosa'd ooooh, a new application! thanks for the comment and knowledge.
Man ! U r somethin 👌
THIS IS GREAT
Dude I wish my shear flowed as much as yours
Ha! That one actually made me laugh.
thank you!
Love
Joy
AMAZING!!!!! STRUCTURE FREE MOFOS!!!
+MrGiggidy90 fo sho!
Love from Pakistan
I like the passion and confidence of this dude!
He is prof.