Sketch a G+1 residential plan according to Vaastu Shastra and Calculation of Loads as per IS code

- All columns are 230mm x 300mm
- All beams are 230mm x 300mm
- Slab thickness is 125mm
- The height of the wall 4.5m

DEAD LOAD :

i) Dead Load of Column:

  Column of size 0.23m*0.30m 

  Column height=9m

  Total volume of concrete = 0.23*0.30*9=0.621m^3

  Unit weight of concrete   = 25KN/m^3

  Deat load of column        = 25*0.621=15.52KN

  Here provide total number of column = 12

Total dead load of column = 12*15.52=186.24KN

ii Dead load of Beam:

  Beam of size o.23*0.30m

  Beam lenght =5m

  Total volume of beam  = 0.23*0.30*5=0.552m^3

  Unit weight of concrete= 25KN/m^3

  Here we provide total number of column =12

  Dead load of Beam      = 25*0.552=13.8KN/M

 Total dead load of beam =13.8*12=165 KN/M

iii) Slab 1 and 2  Load: 

  Thickness of slab = 125mm

  Unit weight of concrete = 25KN/m^3

  Self weight of slab= Thickness of slab*Unit weight of concrete

  = 0.125*25=3.125 KN/m 

  Total calculatio of slab 1 and salb 2= 3.125*2=6.25 KN/M

iv)  Calcualation of the wall load 

   Height of wall                = 4.5m

  Thikness of the wall       = 230mm

  Unit weight of Brick wall = 20KN/m^3

  Deat load of wall            = 20*4.5*0.23 =20.7KN/m

LIVE LOAD:

  The loading design detail  to taken fron IS 874: PART-2

  Here we taken live load of residential building for code using IS875 part-2

  we consider Uniformly Distributed Load

  i) All rooms and kitchen      = 2.0 KN/m^2

  ii) Toilet and bath rooms     =2.0KN/m^2

  iii) Staircase, and porticos  = 3.0KN/m^2

WIND LOAD:

  Design wind pressure is calculated using the expression

               Pz=0.6 Vz^2

    where, Pz= wind pressure @ height z, in N/m^2

                Vz= Design wind speed @ height z, in m/s

  Vz is calculated using the formula

          Vz=Vb*k1*k2*k3*k4

    where, Vb= Basic wind speed

               k1= Probability factor (Risk Co-efficient)

               k2=  Terrain roughness and height factor

               k3= Topography factor

               k4= Impo rtance factor

 Vb=Basic wind speed we considereing general building for chennai thats is for 50 years return period is 50m/s then we taked value of 1.0

k1 factor value we taked from Table-1

K1 = Probability factor (risk co-efficient) = 0.1

k2 = Terrain riughness and heught factor,

  we take category 1 exposed terrain with few or no obstruction and in which the average is less than 1.5 m

  we taken value of building 10m =   1.05

k3 =  the value of k3 is confined in the rang of 1.0 to 1.36= 1.0

k4= 1.00 

    Vz=Vb*k1*k2*k3*k4

    Vz= 50*0.1*1.05*1.0*1.0=7.5m/s

Design wind load is =  Pz=0.6 Vz^2

     Pz=0.6*7.5^2= 9 N/m^2

 The names of the structural drawings required to be provided to the site for construction:

• Elevation
• Working plan
• Excavation Drawing
• Installation Drawing
• Column Layout
• Roof Beam and Shuttering Layout
• Plinth Beam Layout
• Roof Slab Layout
• Foundation Drawing
• Electrical Drawing
• Plumbing Drawing
• HVAC Drawing
• Framming plan

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