32中英文双语外文文献翻译成品：连续箱梁中剪力滞产生的应力集中现象

《32中英文双语外文文献翻译成品：连续箱梁中剪力滞产生的应力集中现象》由会员分享，可在线阅读，更多相关《32中英文双语外文文献翻译成品：连续箱梁中剪力滞产生的应力集中现象（29页珍藏版）》请在毕设资料网上搜索。

1、外文标题： Stress concentration due to shear lag in continuous box girders 外文作者： Jaturong Sa-nguanmanasak, , Taweep Chaisomphob, Eiki Yamaguchi  文献出处 : Engineering Structures  , 2007 , 29 (7) :1414-1421 英文 2869 单词，  14798 字符，中文 4289 汉字。  此文档是外文翻译成品，无需调整复杂的格式哦！下载之后直接 可用，方便快捷！只需二十多元。 &n

2、bsp;Stress concentration due to shear lag in continuous box girders Jaturong Sa-nguanmanasak, , Taweep Chaisomphob, Eiki Yamaguchi Abstract Quite a few researches on shear lag effect in box girder have been reported in the past, and many of them employed the finite element method. The past researche

3、rs, however, do not seem to have paid much attention to the influence of the finite element mesh on the shear lag, although the shear lag effect in terms of stress concentration can be quite sensitive to the mesh employed in the finite element analysis. In addition, most of the researchers on the sh

4、ear lag have focused on simply supported girders and cantilever girders, while continuous girders have been dealt with in very few researches. The present study investigates the shear lag effect in a continuous box girder by using the three-dimensional finite element method. The whole girder is mode

5、led by shell elements, and an extensive parametric study with respect to the geometry of a box girder is carried out. The influence of finite element mesh on the shear lag is carefully treated by the multimesh extrapolation method. Based on the numerical results thus obtained, empirical formulas are

6、 proposed to compute stress concentration factors that include the shear lag effect. Keywords: Shear lag; Continuous box girders; Stress concentration; Three-dimensional finite element analysis Introduction Although normal stress in the longitudinal direction produced by bending deformation is assumed to be uniform across flange width in the elementary beam theory, it is not so in reality if the flange width is large. This phenomenon, known as the shear lag, has been studied for many years. A concise but excellent li