I have successfully learned more about normal and shear stress from your videos in one day, than I have in 2 months of actual solids classes. Keep up the good work and proving that most professors at universities just make everything way to complicated.
You taught shear stress better than Khan Academy and every other YT video I've encountered prior to this. I like how you didn't take shortcuts with identifying the vector components to use.
My question will sound stupid and I guess it is but... why do we need to calculate the stresses on an angled plane since the loads are axial? is the like a joint or something in those degrees?
structurefree I don't get it, what do you mean? :? also another thing is, when putting the signs for those equations (like how u said -Psin15), do we give the signs based on if the horizontal component is moving in the same or opposite direction to the V line? sorry, jus so confused with this topic
I have successfully learned more about normal and shear stress from your videos in one day, than I have in 2 months of actual solids classes. Keep up the good work and proving that most professors at universities just make everything way to complicated.
Very straightforward and efficient pace, this is proper engineering instruction! Thank you for posting this!
I learn more on here than in 3 months of lectures… talk about effective videos!
i wouldn't know what would i do without your videos. thank you very very very much.
You taught shear stress better than Khan Academy and every other YT video I've encountered prior to this. I like how you didn't take shortcuts with identifying the vector components to use.
can't believe i just found your channel. great stuff
excellent- enjoyed watching a few of your videos
Thank you, very very helpful
thank you. I'm flattered.
Man, you are my hero
WOW thanks alot man! I was really struggling with this. love you
Thanks a lot
So helpful. Thanks
My question will sound stupid and I guess it is but...
why do we need to calculate the stresses on an angled plane since the loads are axial?
is the like a joint or something in those degrees?
how would you know if it is in tension or compression for the normal and sheer stresses
you're welcome.
thank you
thx man! awesome vids
can you use SI-units? :)
No, bro. USA.
Thanks man love you :' )
When applying the equilibrium equation for forces in the y, how come you subtracted (-) Psin15°?
N0fear43 because for those equilib equations the x and y are not horizontal and vertical.
structurefree I don't get it, what do you mean? :? also another thing is, when putting the signs for those equations (like how u said -Psin15), do we give the signs based on if the horizontal component is moving in the same or opposite direction to the V line? sorry, jus so confused with this topic
Sir, why did you consider tge force N in calculating the average normal stress? Not the force P?
Hi Sir, is it wrong to use the P that is pointing to the left in our calculation? How do you know which P to use?
شكراً ,,جامعة حضرموت
Why is there both shear and normal stress in this case ? 😭🙏
+fatima ezzahra hilal cutting at an angle
Awedome
how to calculate the safety factor?
Please be kindly to help me answer my question
thkkkssss !
good ! thanks, but SI units please.... ibs is like feet per fortnite..
why did not you usınternational metric system(SI system) ? english people must begin to use them ı think. ı hate libre and inches and feet too
+kubra colak don't hate the player, hate the game.
foh-sho.
shug in blug in :P
It is
V.I.P
you're welcome.