Sketch a G+1 residential plan according to Vaastu Shastra and Calculation of Loads as per IS code
Vastu shastra:
vastu shastra is the ancient Indian science of architecture and access a guideline to design our home in the way that enhances positive energy i
our nature is abundant with power houses of energy sources like the sun wind moon water earth and fire
Effect of sunrise flow of winds full of earth's magnetic field another such cosmic energies
A good home needs to radiate the right kind of energy
A person dwelling in a house comes under the influence of specific energy field which comes under the influence of a specific energy field
architectural changes are not possible for a ready to move in house
significance of 8 directions:
4 cardinal direction north South East and west
Four internal cardinal direction North-East North-West South-East, South-West
each direction signifies an aspect of life and bound by various gods
North-wealth
South-Dharma
east and West overall prosperity
basic principles of vastu shastra:
shape:
Room should be preferably be square or rectangle
Room basics:
Rooms should be every well lit bright and clean
home centre:
Centre of house should be an empty space
Stairs and furniture:
Heavy furnitures should be kept in the South West direction
water:
avoid keeping plants and water features in the bedroom
dining table column
Dining space should be near the kitchen and not near the main door
Mirror placement:
Mirror facing the bed is strictly not allowed. Mirrors in the bedroom need to be placed in such a way that the bed cannot be seen
auspicious directions as per vastu shastra:
Kitchen: se is the best
Northeast to be avoided
Staircase:
Southwest is the best
Northeast to be avoided
Toilet:
Northwest is the best
Northeast to be avoided
master bedroom:
Southwest is the best
Guest room: northwest is the best
Living room:
Northwest is the best
overhead tanks:
west is the best
Underground tanks:
Northeast is the best
Southwest is to be avoided
list of structural drawings to be provided are:
Central line drawing
Footing and column layout with reinforcement details
column schedule with reinforcement details
Plinth beam layout with reinforcement details
First floor beam layout with reinforcement details
First floor slab with reinforcement details
Left pit and headroom reinforcement details
m: to assume size of the structural element and calculate the corresponding loads from the members as per IS code
procedure call in
Resume dimensions of structural members call in
Column 350 mm by 350 mm
Beam 200 mm by 400 mm
Thickness of slab 150 mm
Wall height 3 metres
Thickness of exterior wall 230 mm
Thickness of interior wall 150 mm
Riser 300 MM
Thread 150 mm
depth of waist slab 250 mm
depth of landing slab 200 MM
dead load calculations call in
Unit weight of RCC =25kn/m^3
unit weight of brick work is 20 kilo Newton per metre cube
Self weight of column=0.35* 0.35* 3*25=9.2 kilo Newton
self weight of beam= 0.2*0.4*25= 2 kilo newton
Self weight of slab= 0.15*25= 3.75 kilo Newton per metre square
self weight of exterior wall =0.23*3*20= 13.8 kilo Newton per metre
Self weight of interior wall 0.15*3*20=9 kilo Newton per metre
Self weight of ceiling =0.25 kilo Newton per metre square as per IS 875 part one
Self weight of roofing=0.83 kilo Newton per metre square as per IS 875 part one
Floor finish = 1 kilo Newton per metre square
self weight of staircase
inclined length= squareroot of (150^2 +300^2)=335mm
self wt of waist slab = (0.335/300)*25*25=5.97kn/m
self weight of steps=0.2*25=5kn/m^2
live load: as per IS 875 Part 2
Kitchen = 2 kilo Newton per metre square
living room= 2 kilo Newton per metre square
toilet and bathroom= 2kilo newton per metre square
staircase =3 kilo Newton per metre square
store room =3 kilo Newton per metre square
balconies =3 kilo Newton per metre square
bedroom =2 kilo Newton per metre square
wind load shall be consider for building exceeding 10 metre height here the building height is 7 metres and hence no wind load shall be considered