What is Building Bye-Law?
The
building Bye-Laws are the restrictions set by the municipal authorities, urban
development and other government departments of the urban planning trusts
related to the free space to be left around the building, the allowed
construction area, etc.
Therefore, the proposed building plan must be prepared. according to the legal ordinance that is verified and approved by the mentioned authorities. It determines the standard size of building components.
Minimum Depth Of The Foundation
To
get rid of weather effects and for better stability, the minimum depth of the
foundation should be kept 1 m below ground level. The width of the foundation
should be such that the soil pressure is within its safe bearing capacity.
Minimum dimension for plinth beam
foundation
its
height can range from 300mm to 600mm, but 450mm is the most common. For
waterproof and important buildings, the minimum foundation height is 600 mm.
With a height of more feet, the building acquires a majestic appearance.
Built-Up Area
The
built-up area should be at least 1.2 times the floor area of the building.
The minimum width of the foot is 100 m higher than the one above and the
minimum vertical depth is 4” (100 mm) for the standard brick depth. When
multiple footers are provided their depth will be kept equal.
The
width of the cement concrete bed of the foundation = the width of the brick
foot + 4”+ 4” immediately above the concrete bed. (I.e. 4” (100) mm is the
minimum offset for a concrete bed).
Minimum width of footing = 2w + 2o
Where,
w = wall thickness
immediately below the base level (not less than 200 mm)
o = concrete offset (not
less than 100 mm)
Thickness Damp Proof Courses
damp proof courses thickness
should be 20 mm to 25 mm.
Thickness Of The Cement Concrete
The thickness of the cement
concrete base should be at least 100 mm. Floor finish results are usually with
cement mortar or tiles with a thickness of 10 mm to 20 mm.
Ceiling Height
·
The main rooms (i.e.,
bedroom) ceiling height of the residential building should be 3000 mm to 3600
mm.
·
Bath and W.C.
Ceiling height can range from 2000 mm to 2750 mm. (Maximum height of the
building depends on the type of structure)
Area of the carpet
The area of the carpet
should be 50 to 65% of the area of the floor.
The standard size of door
The main entrance door of a
residential building should be 1000 mm x 2100 mm in size. The minimum width of
other doors should be 900 mm and 2000 mm high. The doors to the garage are
2500mm x 2300mm and W.C. And bathrooms with single-leaf shutters ranging from
600mm to 750mm x 1800mm.
How to calculate Size Of Windows
The size of the windows depends on the total area of
the required window openings.
Guidelines Should Be Kept
In Mind:
·
Window width = 1/8
(room width + room height).
·
Glass area in
windows should be 10% to 20% of the floor area of the room (for good
lighting).
·
At least one sq. m.
A window area should be provided for every 30 cubic meters of living room
space.
·
Generally, the
minimum size of the window is 750 mm x 1000 mm
Minimum Room Dimensions for Residential Building.
ALSO READ: THE
STANDARD ROOM SIZES USED IN RESIDENTIAL BUILDINGS (FEET)
ALSO READ: STANDARD
ROOM SIZES USED IN RESIDENTIAL BUILDING (METER)
To read click: How to Calculate Number of Riser and Treads of staircase?
The thickness of the RCC lintel
The thickness of the RCC
lintel beam 4” to 9” and 6” are the most common.
ALSO READ: How
To Calculate Steel Quantity Of Lintel Beam - Bar Bending Schedule
The thickness of the R.C.C. roof slab
4” to 6” (6” is more common)
and that of sunshades is 2” to 3”.
Sunshade Projection Length
Sunscreen projecting 450 mm
or 500 mm beyond the face of the exterior wall.
Width of verandah
It ranges from 1.8 m to 3 m
and the width of the passage is 0.8m to 1.2 m in residential houses.
Height of parapet wall
It should not be less than
0.60 m and not more than 1.2 m above the finished ground level.
ALSO READ: SPECIFICATIONS
FOR CONSTRUCTION WORKS
To read click: Height of various building components and Standard height of a building:
MUST-READ:
Unit
Conversion | Measurement Units | Site Engineer Must Read
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