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Research on the arc and the water gate valve continuum topology optimization design

机译:弧形和水闸阀连续拓扑优化设计研究

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About 983 years, the method of the invention by raising or lowering the water level to transport vessels, i.e. spaced from the construction of two dams, let the hull into the two pools formed by the dam. 1795 United States appear first canal with locks - Little Falls Canal, which uses wooden gate. Around 1830, there have been first metal gate. Hydraulic steel gate generally set at Hydro inlet and outlet positions, such as by closing or opening the gate to control the buildings over the water orifice to control the downstream water level, adjust the flow, resulting in flood control, power generation, irrigation, navigation and other benefits, and maintaining security of hydraulic structures. Radial gate with no gate slot, the smaller opening and closing force, good hydraulic conditions, are widely used as a working gate run on all types of waterways. Years of practice showed that the vast majority of good operating performance radial gate has withstood the test design conditions. However, due to the elongated arm radial gate pass water pressure is very sensitive to the hydrodynamic pressure, radial gate used in China for decades; there have been a lot of accidents. Jiguang Zhang and Liu Christine tolerance analysis of the 1960s and 1970s, the construction of more than 10 low-head curved steel gate crashed instance, the curved steel gate triggered the accident in accordance with the characteristics and causes of damage are divided into five categories: quasi-periodic impact damage; top of the door and At the same time destroy the door at the end of overflow; turning failure destruction; local open discharge and manufacture and installation of accident damage. Therefore, the significance of this study lies: in the initial design phase of construction projects get feature works according to the force structure of the optimal topology, saving time and effort; further complete the form according to the optimal topology, size optimization, the most close to the real force of the three-dimensional curved steel gate design, safe, easy to operate, save material, cost control and other purposes.
机译:大约983年,通过升高或将水位升高到运输容器的方法,即与两个坝的构造间隔,让船体进入由大坝形成的两个池。 1795美国出现了第一个运河带锁 - 小瀑布运河,使用木门。大约1830年,有一流的金属门。液压钢栅极一般设定在水电入口和出口位置,如通过关闭或打开浇口,以控制水孔的建筑物,以控制下游水位,调节流量,导致防洪,发电,灌溉,导航等等好处,保持液压结构的安全性。没有门槽的径向栅极,较小的开启和关闭力,良好的液压条件,广泛用作所有类型的水路上的工作闸门。多年的实践表明,绝大多数良好的运行性能径向门都经受了测试设计条件。然而,由于细长的臂径向栅极通过水压对水动力压力非常敏感,几十年来中国使用的径向栅极;有很多事故。 2060年代和20世纪70年代的Jiguang Zhang&Liu Christine耐受性分析,建设10多个低头弯曲钢闸门坠毁实例,弯曲钢门根据损坏的特点和原因触发事故分为五类:准周期性影响损伤;门的顶部,同时在溢出结束时摧毁门;失败破坏;本地开放式排放和制造和事故损坏的安装。因此,本研究的意义谎言:在建筑项目的初始设计阶段,根据最佳拓扑的力结构,节省时间和努力,获得功能。进一步填写表格根据最佳拓扑,尺寸优化,最近的三维弯曲钢栅极设计的真正力,安全,易于操作,节省材料,成本控制等目的。

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