so basically, we need to enter the overwrites in order to select non-sway factor as K however as we are provided with different values for column when it is effectively held in place with fixed ends do we need to enter the overwrites in k factor part?
In that case I'll suggest to kindly refer any RCC design book and the Code IS456 first for Column. Once you know the manual design of column, your doubt will cleared totally. As a hint, if you get Effective length factor for sway condition which is very high or tends to infinity it means that your frame is unstable and you need to cross check the analytical model.
keep it up Engineer, your lectures were fruitful.
Excellent teaching sir thank you 😊
Can we set (customize) minimum rebars to the beam...?! Because that will also help us with shear and torsion criteria....
For general residential buildings considering Non-sway is correct sir?? Or which condition is to be used?
so basically, we need to enter the overwrites in order to select non-sway factor as K however as we are provided with different values for column when it is effectively held in place with fixed ends do we need to enter the overwrites in k factor part?
What will happen if we design the column for sway condition ...will it collapse after we construct
In that case I'll suggest to kindly refer any RCC design book and the Code IS456 first for Column. Once you know the manual design of column, your doubt will cleared totally.
As a hint, if you get Effective length factor for sway condition which is very high or tends to infinity it means that your frame is unstable and you need to cross check the analytical model.
So much confusion still I'm getting logic behind it 😅😊 is enough at16:27
Hello, are you in Vadodara?
Yes
Can we change ductile designing code IS13920:2016 to IS13920:1993 in design details portion of ETABS.If yes then How?
Sir can you explain framing type in aci code?
Will be the same of kind.. just read the ACI Code and try to relate. I'll try to make one in future.
@@ilustraca thanks sir
We are waiting
explain BCC
Explained in detail in my course..You may have a look.
What if Q is zero after EQ load assigned
First of all this is unrealistic… Q zero means there is no sway