Periods and Mode Shapes for Uniform Shear Wall Buildings: Importance of Selecting the Appropriate Dynamic Behavior

Chennit Mohamed; Ahmed-Chaouch Ali; Saidani MessaoudBourzam Abdelkrim

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Periods and Mode Shapes for Uniform Shear Wall Buildings: Importance of Selecting the Appropriate Dynamic Behavior

机译：Periods and Mode Shapes for Uniform Shear Wall Buildings: Importance of Selecting the Appropriate Dynamic Behavior

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摘要

The distribution of seismic loading to each storey of a building depends on a number of factors, mainly on the periods, mode shapes and modal participation. The estimation of these dynamic characteristics is essential in analyzing the seismic response of multi-storey buildings. Based on a rigorous dynamic analytical model of the building, this research provides a novel database of vibration modes of multi-storey buildings with reinforced concrete (RC) shear walls. The Stodola-Vianello iterative method was used to determine these. The first modes of vibration, cumulating a modal mass participation ratio (MMPR) greater than 90%, are summarized and presented in a table form. The results are equally valid for uniform buildings with masonry infill walls. The research has highlighted that the eigenvectors are independent of the values of the mass and the mechanical characteristics of the structure (the modulus of elasticity, the moment of inertia and height) but also on the variation of these characteristics over the height of the building. Consequently, for shear wall buildings with identical storeys, the eigenvectors, the MMPRs and the modal participation factors are accurately determined for this type of structure. The significance of the research consists of providing a table that engineers and researchers can easily use to determine the dynamic characteristics of the building, thus avoiding repetition of the calculations relating to this type of buildings. The study has also highlighted the importance of selecting the appropriate dynamic behavior of the structure for seismic design.

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来源
《International journal of structural stability and dynamics》 |2022年第11期|共21页
作者
Chennit Mohamed; Ahmed-Chaouch Ali; Saidani MessaoudBourzam Abdelkrim;
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作者单位

Coventry Univ;

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原文格式 PDF
正文语种英语
中图分类应用力学;
关键词
Building; seismic; period; mode shape; modal participation factor; modal mass participation ratio; REINFORCED-CONCRETE BUILDINGS; SEISMIC PERFORMANCE; VIBRATION PERIOD; RC BUILDINGS; AMBIENT; DESIGN; PARAMETERS; FORMULAS; HEIGHT;

Periods and Mode Shapes for Uniform Shear Wall Buildings: Importance of Selecting the Appropriate Dynamic Behavior

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