Challenge

To Design RC column and beam for RC residential structure using TSD

Question:-

Ans=

AIM:- To design RC Column and Beam based on the analysis using TEKLA Structural designer

INTRODUCTION:-

Design of members can be done in two ways

Auto design : Tekla Structural Designer determines a suitable size automatically.
Interactive design : After assigning the desired section size for members, Tekla Structural Designer determines if the section or reinforcement is sufficient or not. Interactive design allows designer to select sizing and reinforcement of members and a summary is provided after interactive design.

PROCEDURE:-

Analyse model by selecting 1st order linear in analysis tab.
Check out for any failure of columns or beams in the review tab
Now check the column and beam reinforcement by selecting interactive design
Select each column and beam, check member reinforcement
Change member reinforcement wherever failure occured
Sizes of columns or beams can be changed by double click on each members
Failure occured in C5 column
Intermediate reinforcement size is changed to 16mm and Link size as T10
Remaining all other columns size are in 400x400mm with principal, intermediate bar size as T16
Failure occured in Cantilever beam
In properties, change beam settings
Size and spacing of Links changed to T10 and 200 C/C
Failed beam
After changing Beam size to 225X500 and top reinforcement dia and link dia to T10 beam passed
Roof beam failed where water tank load acts
reinforcment sizes are changed in the roof beams
Other beams are analysed and design checks are passed

RESULTS:-

All the columns and beams are checked and applied interactive design whereever failure is occured

Ship work like this
in your own course.