Research and application on overhead traveling crane design for product family 面向产品族的桥式起重机设计技术的研究与应用
Research on Modular and Parametric Design Technology of Overhead Traveling Crane's Bridge Structure 门式起重机门架模块化参数化设计技术桥式起重机桥架模块化参数化设计技术研究
Discussion on the strike-rail cause of overhead traveling crane and solutions 浅析桥式起重机啃轨原因及处理方法
Reliability Failure Criterion and Residual Life Assessment Criteria for Overhead Traveling Crane Structure 桥式起重机结构可靠性失效准则与剩余寿命评估准则
How to estimate the residual safe life of metal structure of overhead traveling crane 桥式起重机金属结构剩余安全使用期限估算
Structure Optimum Design Method for Overhead Traveling Crane Based on Combined Optimization Strategy 基于组合策略的桥式起重机结构优化设计方法
Finally giving an example of the configuration model of the main girder of the overhead traveling crane, the main idea of the new model is illustrated. 最后以桥式起重机主梁配置模型为例,说明上述模型的主要思想。
Application of RFID-based Location Tracking System for Overhead Traveling Crane in Iron& Steel Works 基于RFID技术的行车定位系统在钢厂的应用
Three dimensional finite element analysis for the end carriage of the overhead traveling crane 桥式起重机端梁三维有限元受力分析
Employing parametric computer aided design method and C language, this paper developed professional designed software of metal structure of overhead traveling crane. 采用全参数计算机辅助设计方法,研制了通用的桥式类型起重机桥架CAD的专业设计软件。
Finite element analysis of dynamic stiffness of overhead traveling crane 桥式起重机动态刚性的有限元分析
The Research on Parameterized Drawings System Based on Overhead Traveling Crane Structure 基于桥式起重机结构的参数化绘图系统研究
The research on parameterized design for overhead traveling crane structure 桥式起重机结构参数化设计研究
Influence of overhead traveling crane's wheel pressure on cost of industrial workshop and the control way 桥式起重机轮压对厂房造价的影响及其控制策略
The overhead traveling crane used at a cold strip mill factory is given to study the deformation, stress distribution and load capacity of the main girder with 3D-FEA Shell-to-Solid Submodel method. 以某冷轧带钢厂桥式起重机偏轨箱形梁为例,采用三维有限元法板到体子模型技术,比较分析了加强板2种焊接方式下主梁的变形、应力分布和承载能力。
Overhead Traveling Crane CAD System 桥式起重机CAD系统
To gain dynamic equation of trolley-load system for overhead traveling crane, the paper performs dynamic analysis of the system and deduces transferring function between the force applied to trolley and load's swing angle from dynamic equation. 为了得到桥式起重机小车吊重系统动力学方程,对系统进行了动力学分析,从动力学方程得出小车受力与吊重摆角之间的传递函数。
Optimization design of overhead traveling crane's box girder 桥式起重机箱形梁的优化设计
Control to load sway during operation of overhead traveling crane is a key problem and many studies have been done to solve the problem. 桥式起重机运行过程中的防摆控制是起重机控制的一个关键问题,许多学者对此进行了大量的研究。
Virtual automatic assembling of trolley of overhead traveling crane 桥式起重机小车虚拟自动装配研究
AutoCAD based overhead traveling crane design system 基于AutoCAD的桥式起重机设计系统
Analysis and repairing measures to cracks in end girders of overhead traveling crane 桥式起重机端梁裂纹的原因分析和修复措施
This paper introduces an optimization design method for overhead traveling crane structure with double bridge which is based on system analysis. 介绍了基于系统分析的双梁桥式起重机桥架结构优化设计方法。
This general-purpose software can design multiple types and multiple series overhead traveling crane. 该软件可以设计多种型号、多种系列的桥式类型起重机的桥架。
Research on Fatigue Life of Overhead Traveling Crane Girder 桥式起重机主梁疲劳寿命研究
Parameterized design of bridge of overhead traveling crane based on KBE 基于KBE的桥式起重机桥架参数化设计技术
In a word, dynamic analysis of overhead traveling crane applies advanced design and analysis in design of bridge crane and offers efficient tool and method to design bridge crane that much more economic, credible, stable and with high performance. 总之,桥式起重机桥架结构的动态分析,是将先进的设计、分析应用于桥式起重机设计中,为设计经济、可靠、稳定和高性能的桥式起重机提供有力的工具和实现方法。
Bridge Development of an overhead traveling crane running on an arc track 弧形轨道桥式起重机的设计与开发
Metallurgical overhead traveling crane is one of the most important equipment in steel factory, structure strength, fatigue strength and reliability of crane are reduced gradually when used frequently. 冶金桥式起重机是钢铁厂最主要的设备之一,在其频繁地使用过程中,其结构强度、疲劳强度和可靠性水平均随着使用年限的增加而降低。
The paper focuses on the genetic algorithm, and on this basis, the two-track vehicle scheduling of the A, B line critical area and the overhead traveling crane scheduling of the entire production line are optimized. 重点阐述了遗传算法,并在此基础上对A、B线临界处的双轨车调度和整条生产线的天车调度进行了优化。