Parameterization and Finite Element Analysis for Side Frame and Its Accessories of Crawler Crane 履带起重机履带架及附属件结构参数化设计与有限元分析
Brush frame is a kind of crane accessories. 碳刷架是起重机的一种配件。
In this paper, we discuss the estimate of regression function in nonparametric regression model based on exponential integral martingale difference. Parameterization and Finite Element Analysis for Side Frame and Its Accessories of Crawler Crane 本文研究了误差项是鞅差序列,且满足某种指数矩条件的非参数回归函数的估计。履带起重机履带架及附属件结构参数化设计与有限元分析
The Analysis of Reinforcement for the Trolley Frame Supporting Position of the Bridge Crane 天车小车架支撑部位几种加固方案的分析
The building of car-dumping machine is a larger-span steel bent frame structure, where bridge crane is erected. 某翻车机房系钢排架结构,设有桥式吊车,跨度较大。
Based on construction characteristics of Guangzhou Pearl River New Town West-tower, supported frame for tower crane is one of key guarantee preconditions of construction safety. 针对广州珠江新城西塔结构的施工特点,塔吊支承架设计是保障施工安全的重要前提。
Correction and Improvement to Deformation of Trolley Frame of KRUPP Quayside Container Gantry Crane KRUPP岸桥小车架变形的校正和改造
Strength Analysis of Flat Chassis Frame of Railway Crane QTJ160/32铁路起重机吊臂平车车架强度分析
The chassis frame of railway crane situated on bogies through their center plates and equipped at both ends of its load bearing beams with vertical swinging outriggers is particular in terms of its load condition. 铁路起重机的底架通过心盘支承在两台转向架上,它的承载梁两端装有绕垂直轴摆动的支腿,受力情况比较特殊。
In the paper, this method is used for identification of the modal parameters of the frame of the automobile crane weighing 4 tons, with a small-hammer weighing of only 280 grams in the test. The measurements of the structural modal parameters are very satisfactory. 在4t重复杂汽车吊专用车架上仅用280g重的小力锤,满意地获得了结构模态参数,并且与一般锤击法试验作了对比分析。
Design of foldaway frame crane Improvement of the frame type hoist 折叠式龙门吊的设计
Space Structrue Analysis and Fatigue Strength Calculation for Bridge Frame of Ladle Crane 铸造起重机桥架空间结构分析与疲劳计算
Hidden Trouble of the Generator Used in Frame Crane and Improvement on It 龙门吊发电机质量隐患与结构改进
Application of door rigid frame of hanging crane for large span factory building 大跨度工业厂房中悬挂吊车的门式刚架的应用
The error of the frame and the trail which make the crane not in parallel with the rail track is the cause of off-tracking. 本文研究发现起重机啃轨一般是由于车架或轨道误差,造成起重机车轮不能沿着轨道的中心行走,逐渐走偏而发生啃轨。
Finite elements analysis of trolley frame of bridge crane 桥式起重机小车车架有限元分析
The structure finite element analysis to the frame of tower crane radius changing trolley 塔式起重机变幅小车架有限元分析
According to specific engineering, it introduces selection of structural plan of door rigid frame of hanging crane and structural arrangement, calculation and analysis are done, and discusses design of component node and installation point, which to spread application of door rigid frame. 根据工程实例,介绍了悬挂吊车的门式刚架的结构选择方案和结构布置方法,并进行了计算分析,探讨了其构件节点的设计和施工安装要点,以推广该门式刚架的应用。
Structural Optimum of Main Tower-Frame of Mast Crane 桅杆式起重机主体金属塔架的结构优化
Design and Process for Frame Detail of Big Tonnage Truck Crane 大吨位汽车起重机车架细节的设计与工艺
Design of the light steel frame workshop with bridge crane load 桥式吊车荷载作用下轻钢门架厂房的设计
The FEM Analysis of Equipment for Clamping Frame in Welding Girder of Crane 桥式起重机单梁焊接线夹紧装置机架有限元分析
The Design and Realization of Computer Control System in Frame Crane for Carrying Sleepers 运枕龙门吊计算机控制系统的设计与实现
A study is provided here for the application of plastic design to the industry building frame with medium or light crane loading. 本研究为在中、轻级工作制的吊车厂房刚架结构中应用塑性设计,提供了研究成果。
Based on the natural frequency of the bridge frame and lifting system of bridge crane, dynamic load and dynamic rigidity are analyzed, The formulas of dynamic load and dynamic rigidity are established. 本文以桥式起重机桥架、吊重系统的固有频率为基础,分析起重机的动载荷和动刚度,确定了动载荷及动刚度表达式,明确了静、动刚度的关系,简化了设计方法。
It ′ s introduced that the design method of light weight steel frame plant under bridge crane loads Some new thoughts which can ′ t be found domestic were also give here Especially, the choice for structure plans was detailed described 对桥式吊车荷载作用下轻钢门架厂房的设计方法作了一些介绍,并介绍了目前国内未见的一些新思路,特别是对结构方案的选择作了较为详尽的讲述
The Reason of Distortional Girder of Frame Crane and the Way of Being Repaired 门式起重机主梁变形原因及修复
The trolley frame of a KRUPP quayside container gantry crane employed in Guangzhou Port, which was resulted to the plastic deformation due to the long time employment and heavy loaded with the complicated interchanging stresses in running, made divers faults in the trolley moving gear. 广州港的一台KRUPP岸桥,其小车架金属结构由于使用时间长,承载大,运行过程中承受复杂的交变应力而产生了塑性变形,引发了小车运行机构的多种故障。
Taking the Structural optimum of main metal frame of mast-crane as a sample, this paper discussed the method of Structural optimization of common middle& high flexibility metal tower-frame by dynamic programming. 以桅杆式起重机主体金属结构的结构优化问题为例,利用动态规划法讨论了中、大柔度格构金属塔架的结构优化问题。