Reinforced concrete structures are one of the most popular structure systems
used in Palestine. This project addresses the analysis and design of a reinforced
concrete structural system that is located in jenin (mall doctor Ziad Sinan).
Mall doctor ziad Sinan consists of four floors with total area of 7615.5 m2. This
project will be divided into two parts. The first part intends to prepare the basic
information required to facilitate efficient structural design and analysis under static
load. The construction of concrete is controlled by ACI 318-11 code, while the second
phase will be redesigned considering gravity as well as seismic loads. This design is
based on IBC-code 2012. Structural elements such as footings, stairs, columns, beams,
slabs and shear walls will be completed.
To make a mathematical model that represents the reality, 3-D structural
model is needed to analyze the building under static and seismic loads using ETABS
2016 program. The analysis is verified using conceptual hand calculation for 1D model.
Finally, Comparison between conceptual analysis/design and the results from the
software (ETABS) program will be high lightened .Detailed design using manual and a
software program will also be presented.