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Construction Plan for a 15-Story Building, Ashkelon
BCE-B-04
Nadav Gavish; nadavga2@ac.sce.ac.il
Advisor: Eng. Alex Shmukler
SCE - Shamoon College of Engineering, Ashdod
The project centered on the structural design of the Atias Towers, a 15-story residential building in the Wine City neighborhood of Ashkelon, inhabited since June 2021. The building includes a ground floor, a penthouse, 14 typical floors, and a shared basement for parking and technical utilities. During the design phase, site investigation and evaluations were conducted for static and dynamic loads, such as earthquakes and wind. The optimal solution was selected and analyzed using 3D finite-element modeling, with detailed plans for foundations, slabs, shear walls, and columns. Special focus was given to resistance against dynamic and horizontal forces, ensuring compliance with Israeli standards. The project entailed collaboration between academia and industry to produce a tailored, high-quality solution that integrated theoretical and practical expertise.
Keywords: dynamic load analysis, finite element modeling, Israeli standards, structural design, theoretical-practical integration
Construction Plan for a 14-Story Building, Rishon LeZion
BCE-A-05
Itay Tzipani; itaytz@ac.sce.ac.il
Advisor: Eng. Asif Sabag
SCE - Shamoon College of Engineering, Ashdod
The project involved the design of a residential building in Rishon LeZion for the "Hagi Building" purchasing group. It includes 13 typical floors, a penthouse, a ground floor, and a basement for parking and technical utilities. The engineering design considered static and dynamic loads, prioritizing safety, efficiency, and compliance with Israeli standards. Structural alternatives, including beamless ceilings, were evaluated for cost and aesthetics. Special attention was given to the basement ceiling due to unique loads from landscaping and vehicle parking. Finite-element software was used for modal and static analysis, ensuring resistance to earthquakes and wind. The construction plans detailed the foundations, ceilings, reinforced walls, and columns, adhering to Israeli standards SI 412, SI 414, SI 413, SI 466, and SI 940.
Keywords: Basement, ceilings, design, earthquake, residential, standards
Book of Abstracts | 2025
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