tyre crane meaning in Chinese
轮胎车起重机
轮胎吊
轮胎起重机
Examples
- Calculation of overrunning clutch in a large tyre crane hoisting mechanism is conducted
在此基础上，以某大型轮胎起重机起升机构的超越离合器为例，进行扭转刚度的分析。 - Through deeply comprehending the theory of structure calculation of the crane and secondary development technology , especially how to realize the method of structure analysis and calculation of the port tyre crane , i succeed in parameterized finite element modeling of the port tyre crane body and boom based on apdl
该平台参数化、模块化建立港口轮胎式起重机的有限元模型,可方便地进行力学分析,为港口轮胎式起重机的设计研发提供一个快速、准确的参考结果。 - The platform parametrically builds finite element model of the port tyre crane and carrys out mechanics analysis . it has many virtues such as simple application , visualized modeling , rapid analysis , low request for the hardware computer , and no over - high requirement for many persons about the knowledge of the structure analysis and the ability of program . this platform has a friendly , simple and easy manipulating interface , a complete and accurate fem calculation model is obtained through the controlling parameters of the jib , the crane body which the users input
平台具有一个友好、简单、易用的操作界面,只要对上车部分给出吊臂的控制参数,下车部分给出车体长、宽、高等参数,即可得到一个完整、准确的有限元计算模型,大大降低了设计人员的工作量,使其摆脱数据录入等繁琐工作,全心专注于设计、分析等方面的问题。 - A port tyre crane has various parts and complex structure , which is made up plenty of beam - bar and shell elements , manual calculation can not guarantee the precision while finite element method needs onerous structure modeling and a great deal of date input . the finite element analysis and modeling of the port tyre crane are difficult because of complex structure and various loads . in order to fit further more design and exploitation of the same type as well as the upgrade of the production i study a kind of parametric software for structure analysis of the port tyre crane , it can reduce the difficulty of modeling and structure analysis as well as improve efficiency
港口轮胎式起重机部件繁多、结构复杂,由数目众多的梁杆与板壳组成,其结构设计和力学分析使用传统的手工计算方法难以保证精度,有限元方法则需要繁重的结构建模和大量的数据输入,并且要求分析人员具有相当的力学知识和有限元基本理论。港口轮胎起重机结构的复杂性、载荷工况的多变性导致港口轮胎起重机结构有限元建模和分析工作效率低、难度大。针对这种情况本课题研发了一套港口轮胎式起重机结构的有限元参数化分析软件,以适应同类机型的进一步设计开发和产品升级换代,降低建模和分析的工作难度,提高工作效率。