• It provides shelter to mankind
• Various components of building:
 Slabs ,beams, columns etc.
Classification of building
• Based on occupancy
• Based on fire resistance capacity
• Based on height of building
• Based on mode of load transfer
• Based on material.
 Residential buildings
 in which sleeping accomodation is provided for
normal residential purposes,with or with out cooking.
private dwellings, dormitories, apartments or flats,
hotels etc.
 Assembly buildings
 groups of people assemble or gather for amusement,
recreation, social, religious ,patriotic etc.eg Cinema
halls, Restaurants
 Business building
 Used for transaction of business
 Used for keeping accounts and records
Eg : Shops,Departmental stores etc.
Office Buildings
 Educational buildings
 For educational purpose
 used for schools, college .
 Institutional buildings
 used for medical or other treatments,care of
infants,aged persons etc
 Eg: hospital, jail, orphanages
 Industrial buildings
 Products or materials of all kinds are fabricated
,manufactured,assembled etc.
Eg:- mills, diaries, laboratories, pumping stations etc.
 Mercantile buildings
 Used as shops, stores , market.
 Storage buildings
 used for storage or sheltering of goods.
 Hazardous buildings
 Used for storage, handling, manufacture or
processes of :
Highly explosive materials.
Products which are liable to burn with extreme
rapidity
Products which may produce poisonous fumes or
explosions.
 Type I construction:- four hour fire resistant
 Type II construction:- three hour fire resistant
 Type III construction:- two hour fire resistant
 Type IV construction:- one hour fire resistant
 High rise building : building > 15m.
 Low rise building : building < 15m.
 Load bearing masonry
building
 loads are transferred
through the masonry
wall.
 Walls transfer load to the
foundation.
 Framed building
columns and beams carry load
and transfer to the foundation.
Earthen building Thatched building
Masonry building
Wooden building
RCC building
Steel building
 It consist of two parts:
Super structure:-
above ground level
Substructure or
foundation:- below
ground level.
 Plinth
 portion of the building below the ground floor
level and above the level of the ground.
 Doors
 openings provided in walls of a building to
connect the internal rooms.
 Windows
 openings are provided in the outer walls of
building for the entry of light and air into the
room.
 Provided below the door level.
 Ventilators
 openings provided in the outer walls for the escape
of foul gases from rooms.
 Provided on the top of the walls
 Walls
 vertical components to divide the space into
various rooms
 Column
 isolated vertical load bearing member.
 Lintels
 reinforced cement concrete structures provided
over the opening such as doors, windows .
 Sunshade
 slab projecting from the external wall just above
the doors, windows ,ventilators etc are called
sunshades.
 Stairs
 structures used to climb from one floor to another.
 Height of a step – 15cm to 17cm
 Width of step varies from 25cm to 30cm.
 Parapet
 structures constructed over the roof slab or
sunshade for better appearance of building
 Safe usage of roof surface.
 Floors
 horizontal surfaces which divide a
building in to different levels and over
which the occupants of the building
move about.
 Floors provided on the top of the
buildings are called first floor, second
floor etc
 Flooring material like marble, tile,
mosaic etc
 Basement floors
 floors of room below the ground level.
 Roofs
 topmost part of the building, which
covers enclosed by the wall.
 Not be undulating because it will increase the cost of levelling.
 Near to road .
 Civic services like water supply, electric line, telephone lines,
drainage sewers should be near to site.
 Not be a waterlogged area.
 Adequate space to accommodate all the essential accessories
required in the building.
 Not be located near workshop and factories.
 Provide sufficient light and air to the building
 Possess good soil at reasonable depth for reducing the cost of
foundation.
Selection of site for industrial building
 Raw materials should be available from the nearby
areas
 Enough space for future expansion of industry
 Suitable waste disposal plant must be available at
reasonable distance.
 There may not be any problem for labour and
labourers should be available from near by area

1.building

  • 2.
    • It providesshelter to mankind • Various components of building:  Slabs ,beams, columns etc.
  • 3.
    Classification of building •Based on occupancy • Based on fire resistance capacity • Based on height of building • Based on mode of load transfer • Based on material.
  • 4.
     Residential buildings in which sleeping accomodation is provided for normal residential purposes,with or with out cooking. private dwellings, dormitories, apartments or flats, hotels etc.  Assembly buildings  groups of people assemble or gather for amusement, recreation, social, religious ,patriotic etc.eg Cinema halls, Restaurants  Business building  Used for transaction of business  Used for keeping accounts and records Eg : Shops,Departmental stores etc. Office Buildings
  • 5.
     Educational buildings For educational purpose  used for schools, college .  Institutional buildings  used for medical or other treatments,care of infants,aged persons etc  Eg: hospital, jail, orphanages  Industrial buildings  Products or materials of all kinds are fabricated ,manufactured,assembled etc. Eg:- mills, diaries, laboratories, pumping stations etc.  Mercantile buildings  Used as shops, stores , market.
  • 6.
     Storage buildings used for storage or sheltering of goods.  Hazardous buildings  Used for storage, handling, manufacture or processes of : Highly explosive materials. Products which are liable to burn with extreme rapidity Products which may produce poisonous fumes or explosions.
  • 7.
     Type Iconstruction:- four hour fire resistant  Type II construction:- three hour fire resistant  Type III construction:- two hour fire resistant  Type IV construction:- one hour fire resistant
  • 8.
     High risebuilding : building > 15m.  Low rise building : building < 15m.
  • 9.
     Load bearingmasonry building  loads are transferred through the masonry wall.  Walls transfer load to the foundation.  Framed building columns and beams carry load and transfer to the foundation.
  • 10.
    Earthen building Thatchedbuilding Masonry building Wooden building
  • 11.
  • 12.
     It consistof two parts: Super structure:- above ground level Substructure or foundation:- below ground level.
  • 14.
     Plinth  portionof the building below the ground floor level and above the level of the ground.  Doors  openings provided in walls of a building to connect the internal rooms.  Windows  openings are provided in the outer walls of building for the entry of light and air into the room.  Provided below the door level.  Ventilators  openings provided in the outer walls for the escape of foul gases from rooms.  Provided on the top of the walls  Walls  vertical components to divide the space into various rooms  Column  isolated vertical load bearing member.
  • 15.
     Lintels  reinforcedcement concrete structures provided over the opening such as doors, windows .  Sunshade  slab projecting from the external wall just above the doors, windows ,ventilators etc are called sunshades.  Stairs  structures used to climb from one floor to another.  Height of a step – 15cm to 17cm  Width of step varies from 25cm to 30cm.  Parapet  structures constructed over the roof slab or sunshade for better appearance of building  Safe usage of roof surface.
  • 16.
     Floors  horizontalsurfaces which divide a building in to different levels and over which the occupants of the building move about.  Floors provided on the top of the buildings are called first floor, second floor etc  Flooring material like marble, tile, mosaic etc  Basement floors  floors of room below the ground level.  Roofs  topmost part of the building, which covers enclosed by the wall.
  • 17.
     Not beundulating because it will increase the cost of levelling.  Near to road .  Civic services like water supply, electric line, telephone lines, drainage sewers should be near to site.  Not be a waterlogged area.  Adequate space to accommodate all the essential accessories required in the building.  Not be located near workshop and factories.  Provide sufficient light and air to the building  Possess good soil at reasonable depth for reducing the cost of foundation.
  • 18.
    Selection of sitefor industrial building  Raw materials should be available from the nearby areas  Enough space for future expansion of industry  Suitable waste disposal plant must be available at reasonable distance.  There may not be any problem for labour and labourers should be available from near by area