Great video, Sir. But I want to clarify that in checking for punching shear you didn't account for the moment bi-axial contributing to your ultimate shear which generated the greater shear stress, also as ACI 318 Design Guide and RC Book 7 Ed James Wight (both 2016), u must check for the combinations of shear stress due to shear force and moment transferred. When it comes to check the bi-axial moment, both of one way to two way shear. The calculations for the Qu max and min is a sum of the 3 components such as Aksial Factored, Moment Factored about X axis and Moment Factored about Y axis.
Thanks for sharing! Good to learn!
Very good, informative & comprehensive video.
Thank you.😊
Great video, Sir. But I want to clarify that in checking for punching shear you didn't account for the moment bi-axial contributing to your ultimate shear which generated the greater shear stress, also as ACI 318 Design Guide and RC Book 7 Ed James Wight (both 2016), u must check for the combinations of shear stress due to shear force and moment transferred. When it comes to check the bi-axial moment, both of one way to two way shear. The calculations for the Qu max and min is a sum of the 3 components such as Aksial Factored, Moment Factored about X axis and Moment Factored about Y axis.
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