履带起重机

80t履带起重机主臂架有限元分析

Finite element analysis of 80t crawler crane main jib

50t级履带起重机起升快放功能的设计研究

Design and Research of Quick Lowering Function in Hoisting System of 50t Class Crawler Crane

通过研究履带起重机总体结构，采用面向对象的编程方法，编制出基于Windows的履带起重机总体设计软件。

This paper analyses overall construction of crawler cranes and developes the Windows based for their overall design using object oriented programming method .

该项研究填补了FPGA在工程机械起重设备领域的应用空白，为国内履带起重机力矩限制器的设计提供了一种可借鉴的方法。

The study fills up the FPGA application blank in the field of mechanical engineering , providing a reference method for the domestic crawler cranes ' moment limiter design .

采用activexautomation技术对Solidedge进行了二次开发，实现了基于Solidedge的履带起重机参数化设计以及设计系统与Solidedge的无缝集成。

Parametric design of the crawler crane based on Solid Edge and the seamless integration of Solid Edge with the design system are achieved by the redevelopment of Solid Edge with the help ActiveX Automation technique .

目前中联履带起重机正在进行各自国际认证如欧盟CE认证、乌克兰认证、俄罗斯GOST认证等，以国际标准来设计制造产品。

Zoomlion crawler cranes are designed in such a way as to comply with international standards , such as CE certification , Ukraine Certification and GOST Certification .

论文还结合250t履带起重机实例进行了性能曲线的绘制。

And the performance curve of 250t crawler crane is introduced as an example in the paper .

本文以大连理工大学机械工程学院开发的350t履带起重机实际项目为背景，对其传感器故障诊断技术进行研究。

In this paper , a method which is based on the subject-350t crawler crane that is developed by school of mechanical engineering of DUT is developed to detect and diagnose the sensor faults .

本文以海洋石油工程股份有限公司的LS-518J型136t履带起重机臂架为实际项目背景，更有效地把理论研究的成果应用到实际生产当中，解决工程中的实际问题。

This thesis takes the theory into practice to resolve problems in productions , through the boom of LS-518J 136t crawler crane owned by Offshore Oil Engineering Co. Ltd.

履带起重机转向阻力矩及转向半径研究

Research on Steering Resisting Torque and Turning Radius of Crawler Crane

履带起重机机构设计计算程序的开发

The Development of the Computation Program for Crawler Crane Mechanisms Design

履带起重机是一种应用非常广泛的流动式起重机。

Crawler crane is a kind of widely used mobile cranes .

液压履带起重机工作装置的机器人动力学模型

Robotic Dynamic Model on the Working Device of Hydraulic Crawler Crane

履带起重机吊臂在回转平面稳定性的实用计算公式

Stability Calculating Formula for Crawler Crane Boom in Slewing Plane

履带起重机总体设计软件的开发与应用

Development and application of overall design software for crawler cranes

大型履带起重机回转液压系统仿真

Simulation research of slewing hydraulic system on large crawler cranes

简化地面条件下履带起重机原地转向研究

Investigation into in-situ steering for crawler cranes under simplified ground

履带起重机力矩限制器系统研究与设计

Research and Design on Load Limiter System of Crawler Crane

履带起重机履带架的非线性有限元分析

Nonlinear finite element analysis on caterpillar frame of crawler cranes

大型履带起重机臂架的静强度分析

Strength Analysis of Lattice boom for Heavy Crawler Crane

履带起重机回转台有限元分析

Finite element analysis of slewing platform for track crane

2004年中国履带起重机市场透析

In-depth Analysis on 2004 Crawler Crane Market in china

国外履带起重机的特点及国内市场现状

Features of overseas crawler cranes and its domestic market

履带起重机将从2002年的12%降至8%；

Crawler crane will reduce from 12 percent in 2002 to 8 percenl ;

国内履带起重机市场加速

The market of national crawler crane must be accelerating

大型履带起重机承载能力分析

Analysis of loading capacity of large caterpillar 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

Parameterization and Finite Element Analysis for Side Frame and Its Accessories of Crawler Crane

力矩限制器是履带起重机控制系统重要组成部分。

The load limit device is an important part of the control system of crawler cranes .

液压履带起重机起升机构液压系统是其整个液压系统的核心部分。

The lifting hydraulic of the crawler crane is the core of its whole hydraulic system .

大吨位履带起重机上车主要参数的计算与优化

The Calculation and Optimization of Main Structural Parameters of the Upper-car of Large Tonnage Crawler Crane