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Axial Force Diagrams Shear Force Diagrams Bending Moment Diagrams

Earthquake Load $(kNm)\backslash$table$[[$L$1,$L$2,$H$1,$b$1,$h$1,$b$2,$h$2,$b$3,$h$3,$b$4,$h$4,$Concret,Steel$],[($m$),($m$),($m$),($m$),($m$),($m$),($m$),($m$),($m$),($m$),($m$),$Type,Type$]]$The geometry and member dimensions of RC frame is given in Figure $1.$ The axial

load, shear force and bending moment diagrams due to Dead Load, Live Load and

Earthquake Loding are given in below. Considering the load combinations given in

TS$500$ and TBSC $2019.$ Design the columns and beams for flexure and shear. Desing

parameters are given in Table $1$ below. Draw the flexural and shear reinforcement

details for each member.

Due date : $31\mathrm{.}05\mathrm{.}2024$

Figure $1.$ Geometry and member configuration of the frame system

L$1=5\mathrm{.}0$

L$2=7\mathrm{.}0$

H$1=3\mathrm{.}5$

b$1=300$

h$1=350$

b$2=350$

h$2=300$

b$3=450$

h$3=450$

b$4=200$

h$4=500$

Concrete Type$=$ C$18$

Steel Type$=$ S$220$