Designing an L beam?
Designing an L beam?
(OP)
Hi there,
I am trying to design an L beam walkway but am a bit confused as I haven't designed a flange beam before. I have been using the eurocodes to design the L beam as shown in the attached calc sheet and sketch. However, I am unsure if after designing the L beam do I now need to go ahead and design the slab for bending, spanning one way between the L beams (as if it was a flat slab)? Or was the slab already incorporated in the l beam design and therefore does not need any reinforcement, since it was in the compression zone of the beam?
The length of the slab is 5300mm and width is 2223mm.
Please take a look at the calc sheet and the sketch. Any advice would be appreciated.
I am trying to design an L beam walkway but am a bit confused as I haven't designed a flange beam before. I have been using the eurocodes to design the L beam as shown in the attached calc sheet and sketch. However, I am unsure if after designing the L beam do I now need to go ahead and design the slab for bending, spanning one way between the L beams (as if it was a flat slab)? Or was the slab already incorporated in the l beam design and therefore does not need any reinforcement, since it was in the compression zone of the beam?
The length of the slab is 5300mm and width is 2223mm.
Please take a look at the calc sheet and the sketch. Any advice would be appreciated.






RE: Designing an L beam?
I like to debate structural engineering theory -- a lot. If I challenge you on something, know that I'm doing so because I respect your opinion enough to either change it or adopt it.
RE: Designing an L beam?
BA
RE: Designing an L beam?
RE: Designing an L beam?
why complicating it with introducing L-Shape?
Regards,
RE: Designing an L beam?
RStars is not complicating it. Normal practice is to pour T beams or L beams together with the slab. For positive moment, the flange of the beam may be used to resist compression. The code stipulates the permissible width of flange to be used in either case. This shifts the compression block up and permits the use of less positive reinforcement. However, it is still necessary to reinforce the slab to span between beams.
BA