What are the checklists for column design, beam design and shear wall design?
Checklist for column design
- Check
the Grade of concrete
- Grade
of steel
- Check
concrete cover as per IS and suitable for the site
- Check
the arrangement of the rebar system in the pre-processor.
- Check for code IS 456:2000
- Check
if the proper load combination is taken into consideration while designing the
columns
- Check
the unsupported length and unbraced length of the column
- Check
the ductility clause if R=5 then use ductile otherwise use ordinary
- Ductile: Software shall consider IS
13920:2017 for designing the columns
- Ordinary: Software shall design column with IS
456:2000 without considering IS 13920:2017.
- Non-Sway: Software shall not consider the
seismic load combinations while designing the columns
Checklist for beam design
- Check
the Grade of concrete
- Grade
of steel
- Concrete
cover
- Load
combinations
- Check for the code IS 456.
- Check
the ductility clause if R=5 then we use ductile otherwise ordinary
- Check
the BM, SF and Torsion diagram (After specifying releases
- Ductile: Software shall consider IS 13920:2017 for designing the beam
- Ordinary: Software shall design beam with IS 456 without considering IS 13920:2017.
- Non-Sway: Software shall not consider the seismic load combinations while designing the beam
Checklist for Shear wall design
- Check
the Grade of concrete
- Check
that proper meshing size is given to the shear wall or not.
- Grade
of steel
- Concrete
cover
- Load
combinations are taken into consideration
- IS
456:2000.
- Give
proper Pier/spandrel leveling as follows:
- Pier- Long Column
- Spandrel – Deep beam