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Research on the Vertical Load Distribution Relationship between Frame and Shear Wall of Frame-Shear Wall Structure

Author: ZhangMin
Tutor: WangYueMing
School: Southwest University of Science and Technology
Course: Structural Engineering
Keywords: frame-shear wall structure vertical load distribution coefficient finite element analysis method ANSYS Table Curve 3D
CLC: TU398.2
Type: Master's thesis
Year: 2009
Downloads: 49
Quote: 0
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Abstract


Because the frame-shear wall structures its use’s flexibility as well as the earthquake resistance performance good characteristic obtains the widespread application in the actual project. But aims at its research mainly to concentrate in the earthquake resistance performance aspect, under the vertical load the structure stress characteristic research still not much saw, fundamental research lag in project practice. In the design has used the simple processing method, does not have the explicit theory support. Therefore the stress characteristic research of frame-shear wall structure under the vertical load function, has become an urgently needed development work.The finite element analysis method may change conveniently some main parameters, to affects the structure performance the key parameter to do system’s research easy. And has the short cycle, low cost, high efficiency, good duplication and so on many merits. This is the traditional testing method can not compare, is one effective research tool.This article take the frame-shear wall structure as the object of study, to use large-scale general finite element analysis software ANSYS as the computing equipment, studies the structure stress characteristic of frame-shear wall structure under the vertical load function. According to the computed result, summarized the influence vertical load assignment primary factor. Through analytical factor’s correlation, union three dimensional data processing software Table Curve 3D, obtained the precision high axial force distribution coefficient empirical formula, has provided the theory basis for the project practice.

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CLC: > Industrial Technology > Building Science > Building structure > Composite structure > Frame , shear wall structure
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