شماره ركورد كنفرانس :
3275
عنوان مقاله :
RESILIENCE and FLEXIBILITY OF CITIES AGAINST DISASTERS
Author/Authors :
Fereshteh Mokhtari University of Isfahan , Fatemeh Arab Mokhtari University of Yazd
كليدواژه :
Iran , Tehran , resilience , Natural disasters
عنوان كنفرانس :
سومين كنفرانس سالانه بين المللي عمران، معماري و شهرسازي
چكيده لاتين :
Nowadays, increasing resilience in natural
disasters has turned to an important field and
todays synchronized movement and reciprocal
of permanent development and disaster
management is discussed toward increasing
resilience. The resilience instead of
prevention or decreasing the effects of
damages and casualties resulting of natural
disaster focuses on enhancing the operation of
a system encountering with damages.
In present study, The researchers study
todays resistance and flexibility of urban area
when encountering with natural disaster
especially earthquakes and floods in Iran and
then offer some techniques about increasing
urban’s resilience and resistance in front of
natural disasters.
This is a descriptive and analytical research.
The results show that the effective planning
and executive and correct steps has not been
executed for decreasing dangers of flood and
the amount of resilience in area where are
flood plain in Iran is at the minimum. Also the
studies show crisis management in resent
earthquake isn’t very successful and
only in recent years some steps in making
resistant building and rebuilding old
buildings and informing and teaching people
has been done very slowly.
So, the amount of the resistance in cities in
Iran when encountering with earthquake is at
the minimum but this amount can be
enhanced when encountering with flood
and earthquake by planning and effective
steps in the evaluation of safety of the
substructures and rebuilding them, informing
and preparing people and authorities, and
also allocating financial source for old
vulnerable areas and establishing some
community-center groups.
These steps also cause to decrease the amount
damage in natural disaster.