Design and analysis of an earthquake-resistant residential building using the ETABS program
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Date
2024
Authors
ادهم عاشور
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Abstract
This project aims to design an earthquake-resistant building in the city of Nablus, located in Mount Ebal,
consisting of nine floors. The architectural and structural engineering endeavors to achieve a high level of earthquake resistance, taking into account the local geographical and environmental conditions.
This objective will be realized through the utilization of advanced techniques in structural design, including stateof-the-art foundation installation methods and the selection of appropriate construction materials. Integration of earthquake systems and control measures will also be employed to ensure effective and safe behavior during and
after seismic events.
The design will include innovative interior layouts that meet the needs and preferences of users while maintaining
safety and comfort. Building materials will be chosen to be both environmentally friendly and compliant with local
and international building standards.
In summary, the project aims to design and construct a building characterized by earthquake resistance in a
geographically sensitive area, emphasizing structural integrity and user comfort.