STUDI NUMERIK TINGKAT KEKUATAN BANGUNAN STRUKTUR BETON BERTULANG DENGAN VARIASI PENAMPANG HORIZONTAL
Abstract
Building has an important function, namely as a place for humans to carry out
various activities in the form of religious activities, social activities, business
activities, business activities and other activities. In many aspects the shape of the
building is an important consideration when planning the building to be made. The
building model used is divided into three main models of the most commonly
applied buildings, namely: the box building model, the L model and the U model.
The 3D STERA program functions as auxiliary software to determine the strength
values of the structure by giving earthquake loads using the historical time on each
structure model. The El Centro earthquake and the Kobe earthquake were the
earthquakes that were tested in this structural model because they had the greatest
damage to the history of the earthquake caused by the earthquake. The things that
are assessed on the structural model tested are in the form of structural rigidity, the
greatest displacement in the structure, the relationship between the structure and
the maximum load experienced by the structure and energy hysteresis experienced
by the structure, so that it can finally be concluded load that works. The results of
the study show that the U model has the largest stiffness value with a stiffness
increase of 7.43% to the box model and 3.01% to the L. model.