I would like to know how to calculate UB sections for a beam with a UDL (fully restrained) and a beam with only a point load (only restrained at the connections) by considering bending strength and shear strength and deflection - calcultions and information
I would like to know how to calculate UB sections for a beam with a UDL (fully restrained) and a beam with only a point load (only restrained at the connections) by considering bending strength and shear strength and deflection - calcultions and information
Let me explain... I've already done the 4year degree course thanks but Miss Hood, our degree student actually posted the question as she has some coursework on this subject. I reckoned Shytalkz or someone equally talented could answer this question much better than I could.
Let me explain... I've already done the 4year degree course thanks but Miss Hood, our degree student actually posted the question as she has some coursework on this subject. I reckoned Shytalkz or someone equally talented could answer this question much better than I could.
I would like to know how to calculate UB sections for a beam with a UDL (fully restrained) and a beam with only a point load (only restrained at the connections) by considering bending strength and shear strength and deflection - calcultions and information
There are several calculations to be done, in a set order and it's not a 5 minute thing to explain to someone who is not conversant with beam design
IIRC, the Chudley construction handbook (standard text for students) has a few pages on basic beam design, and for more in depth information, there is a book by Draycot - Structural Elements Design Manual. If you have access to the ihs technical indices at work/college, then both are downloadable from there
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