A four storeyed building haS An elevation shown in Fig. 20.10 and is located in seismic zone IV. Determine the lateral forces and storey shears on an inner frame due to earthquake using the following data: Bay width= 6m centre to

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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A four storeyed building has an elevation shown
in Fig. 20.10 and is located in seismic zone IV.
Determine the lateral forces and storey shears on
an inner frame due to earth4uake using the
following data:
Bay width= 6 m centre to centre (</<)
¡Frame spacing= 5m </<
Height of ground floor = 4 m,
%3D
ROOF
THIRD
FLOOR
SECOND
FLOOR
FIRST
FLOOR
Fig. 20.10
Height of other floors
Floor thickness including finish =
Outer columns =
3.5 m
15 cm
25 cm x 30 cm, 2 No.;
Inner columns
25 cm x 40 cm 3 No.
Girders below floor slab =
25 cm x 40 cm
Live load =
3 kN/m
There are no walls in this frame. Its foundation rests on hard soil.
Transcribed Image Text:A four storeyed building has an elevation shown in Fig. 20.10 and is located in seismic zone IV. Determine the lateral forces and storey shears on an inner frame due to earth4uake using the following data: Bay width= 6 m centre to centre (</<) ¡Frame spacing= 5m </< Height of ground floor = 4 m, %3D ROOF THIRD FLOOR SECOND FLOOR FIRST FLOOR Fig. 20.10 Height of other floors Floor thickness including finish = Outer columns = 3.5 m 15 cm 25 cm x 30 cm, 2 No.; Inner columns 25 cm x 40 cm 3 No. Girders below floor slab = 25 cm x 40 cm Live load = 3 kN/m There are no walls in this frame. Its foundation rests on hard soil.
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