文章基本信息

标题：Obtención de las características seccionales de secciones metálicas de pared delgada abiertas
本地全文：下载
作者：Antonio José Jiménez Mocholí ; Fernando Giménez-Palomares ; Andrés Lapuebla-Ferri 等
期刊名称：Modelling in Science Education and Learning
印刷版ISSN：1988-3145
出版年度：2011
卷号：4
页码：251-261
DOI：10.4995/msel.2011.3084
出版社：Universitat Politècnica de València
摘要：Thin-walled cold-formed steel sections are widely used in structural design. These sections, however, exhibit inestabilities that are caused by compression stresses when a structural member bends. For this reason, is necessary to know the effective values of the geometrical parameters of these sections, such as area section and moments of inertia. In addition, it is not recommended to choose open-shaped sections to sustain torsional loads, mostly if they are thin-walled sections. When designing a structure with thin-walled, open-shaped sections, it is necessary to use geometrical parameters such as torsional modulus, warping modulus, etc. In this job, an application designed in MatlabQ c is presented in order to obtain such geometrical parameters. The geometry is discretised, and the algorithms are described. This application, implemented in a graphical way, is aimed to the students of subjects related to mechanical or industrial engineering.
其他摘要：Thin-walled cold-formed steel sections are widely used in structural design. These sections, however, exhibit inestabilities that are caused by compression stresses when a structural member bends. For this reason, is necessary to know the effective values of the geometrical parameters of these sections, such as area section and moments of inertia. In addition, it is not recommended to choose open-shaped sections to sustain torsional loads, mostly if they are thin-walled sections. When designing a structure with thin-walled, open-shaped sections, it is necessary to use geometrical parameters such as torsional modulus, warping modulus, etc. In this job, an application designed in MatlabQc is presented in order to obtain such geometrical parameters. The geometry is discretised, and the algorithms are described. This application, implemented in a graphical way, is aimed to the students of subjects related to mechanical or industrial engineering.
关键词：Secciones de pared delgada;Centro de esfuerzos cortantes;Torsión no uniforme;Módulo de torsión;Módulo de alabeo;Secciones de pared delgada;Centro de esfuerzos cortantes;Torsión no uniforme;Módulo de torsión;Módulo de alabeo
其他关键词：Secciones de pared delgada; Centro de esfuerzos cortantes; Torsión no uniforme; Módulo de torsión; Módulo de alabeo