Assessment of the Seismic Behavior structures by Fragility Curves - Zarfam, Panam
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In the recent severe earthquakes, it has been observed that the existed buildings are damaged so much. The important point is that even modern buildings are damaged very much. So that the damages cause high structural fragility and in some cases it causes total destruction. So to reach to a suitable strategy to decrease earthquake risks in urban areas, prediction of vulnerability of buildings resulted from possible earthquakes in future is one of the most necessary duties of structural engineering. As we know damages occur in plastic area, so vulnerability analyzing must be done in the area.…mehr

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Produktbeschreibung
In the recent severe earthquakes, it has been observed that the existed buildings are damaged so much. The important point is that even modern buildings are damaged very much. So that the damages cause high structural fragility and in some cases it causes total destruction. So to reach to a suitable strategy to decrease earthquake risks in urban areas, prediction of vulnerability of buildings resulted from possible earthquakes in future is one of the most necessary duties of structural engineering. As we know damages occur in plastic area, so vulnerability analyzing must be done in the area. Among this, modeling of reinforced concrete is an important step to determine earthquake damages. Structural models must be able to model reinforced concrete elements and provide correct analyzing of their nonlinear function. Hysteric behavior of concrete due to conversational forces is also necessary for a suitable structural model. Usually a certain structure must perform several functionallevels. So a method is required to determine requirement of entering into structure under probable earthquakes. So modal pushover analysis method (MPA) has been preferred to analyze and design the consider
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Autorenporträt
Dr Panam Zarfam finished his studies in Structural-Earthquake Sharif University and has taught various subjects of Structural Dynamic, Earthquake Engineering, Structural Analysis, Strength of Materials, Steel Structures, Reinforced Concrete Structures.He has published his scientific and technical researches in many books and articles.