girder structure meaning in English
梁式结构
Examples
- The curved beam finite element method , which is based on the theory of curved girder structure analysis , has been adopted for analyzing the curved bridge structure in this paper
本文根据曲线梁桥的结构分析理论，采用曲杆有限元法对曲线梁桥进行结构分析。 - Comparing with concrete box - girder structure , there are many advantages such as structural material , behavior , construction , economic benefit and so on . whereas as a new structure , spatial truss structure of concrete filled steel tube still has much questions which need be dealt with
这种结构与混凝土箱梁结构相比,在结构材料、受力性能、施工和经济效益等方面具有显著优势,但作为一种新的桥型结构,还有许多问题有待解决。 - The plexiglass model test is carried out by two selective shape , the stress of each test operating loads was obtained in order to validate the correctness of the finite element modeling . in this paper , a regularity of shear lag effect of main sections in two kinds of box girder is given . as the foresight project of double - level - driveway continuous box girder , this research fully utilizes the space of box girder structure and flexural and torsional properties of high - depth box girder , which have innovative significance and applied foregroundin engineering
对所选择的结构形式进行缩尺有机玻璃模型试验，得到实腹连续箱梁和空腹箱梁在各种试验工况荷载下的应力，通过换算分析，验证了本文所建立的有限元模型的准确性，由此得到两种箱梁各主要断面剪力滞效应的变化规律。 - The strategy on repair and reinforcement on steel crane girder structures in service based on fatigue dynamic reliability is analyzed in the paper . considering the benefits of repair and the long - term economic affection after repair and reinforcement , using the fatigue dynamic reliability as constraint condition , thinking of that the sum of benefits of repair and reinforcement as object function , the optimization model is put forward . then it is used to an certain crane arc ends repair an reinforcement
5 、基于疲劳动态可靠性，对在役钢结构吊车梁的维修加固策略进行了探讨，考虑维修加固效益和维修加固后的经济影响，提出了以疲劳动态可靠性为约束，以维修加固总效益为目标函数的优化决策模式，并通过某钢厂圆弧端吊车梁的维修加固实例验证，可为工业建筑吊车梁的设计，管理和维护提供依据。 - The emphasis of this paper are at : the global design of design system ; the parametric construction of girder , end girder , bridge frame ; the design of user interface ; the further development of two - dimensional drawings ; the realization of interface between girder , end girder structure parts and ansys software
本文的工作重点是:设计系统的总体设计;主梁、端梁、桥架的三维参数化建模;用户界面的设计;二维工程图的开发;主端梁结构件与ansys分析软件接口的实现。