scientia iranica سال:2016 - دوره:23

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scientia iranica
سال:2016 - دوره:23 - شماره:4-A

Application of resilience thinking to evaluate the urban environments; a case study of Tehran, Iran - صفحه:1633-1640 Assessment of urban resilience; a case study of Region 8 of Tehran city, Iran - صفحه:1699-1707 Design and assessment of seismic resilient structures by the endurance time method - صفحه:1648-1657 Improved multi-camera smart traffic surveillance system for resilient cities - صفحه:1641-1647 Influence of diaphragm opening on seismic response of rectangular RC buildings with end shear walls - صفحه:1689-1698 New construction for resilient cities: The argument for sustainable low damage precast/prestressed concrete building structures in the 21st century - صفحه:1578-1593 Population capacity threats to urban area resiliency: Observations on chaotic transportation network behavior - صفحه:1675-1688 Reliability of Tehran transportation network during earthquakes - صفحه:1618-1626 Resiliency via integrated coastal management in Kish Island - صفحه:1708-1718 Resilient approach toward urban development in lake catchments; case of Lake Urmia - صفحه:1627-1632 The role of geotechnical engineering in sustainable and resilient cities - صفحه:1658-1674 Upcoming challenges of future electric power systems: sustainability and resiliency - صفحه:1565-1577 Water reuse in Iran with an emphasis on potable reuse - صفحه:1594-1617