(1) Plan & elevation of the building should be as simple as possible with minimum irregularities in shape.
(2) Use of light weight
construction materials along with adequate strength should be preferred than
routine traditional construction .
(3) Use of ductile materials
for the construction of buildings should be preferred as they have better
energy absorbing qualities.
(4) Framed structures having
"Soft Storey" (open ground storey for parking) have shown poor
performances in the past earthquakes and therefore, must be properly designed.
(5) Special emphasis is to be
given to substructures i.e foundation, because failures is the most of the
causes can be attributed to the failure of soil on which the foundation resets.
" Soil Structure interaction " plays a vital role in designing the structures
below as well as above he ground level.
(6) Poor quality of construction
materials, faulty workmanship, lack of maintenance and inadequate design of
structure is responsible for damages during earthquakes.
(7) Subsoil exploration
should be carried out to observe and check the phenomenon of "Liquefaction
in fine sands" underneath the foundations.
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