To do the welding design of the stiffener plate, what force we would use the design check? Moreover, what’s the depth of stiffener required? As we assume infinite stiffness at the stiffener location
Good day, I see you have only calculated the resistance for tension in the bolts, do you not need to also check shear, combined shear and tension and Concrete cone failure and the other checks required as per SANS 51992-4?
Really great vedio... conceptually explained
To do the welding design of the stiffener plate, what force we would use the design check? Moreover, what’s the depth of stiffener required? As we assume infinite stiffness at the stiffener location
Good day, I see you have only calculated the resistance for tension in the bolts, do you not need to also check shear, combined shear and tension and Concrete cone failure and the other checks required as per SANS 51992-4?
How you calculation nthickness of stiffener plates
Hi sir
If the moment was acting on minor axis, what would change in your calcs?
Hello
First of all thank you for your useful vedios
I have question
Why you neglect the effect of moment because it is increase compression (M/z)?
Please upload video of design of base plate with stiffner
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