基于架次管理的装配过程零件动态配套性算法

介绍了成都飞机工业公司ＣＩＭＳ重点实施工程“波音转包项目装配生产管理系统”的关键实现技术———基于架次管理的装配过程零件动态配套性算法。文章对该算法的原理、内容及步骤进行了阐述，并给出了计算实例。

综采工作面设备运动仿真及配套分析

针对目前国内综采工作面设备发展水平相对落后、不合理的配套综采设备以及经验判断所造成的工作量大、生产效率低等问题,以综采工作面采煤机、液压支架以及刮板输送机三个关键设备为综合成套研究设备,建立了三种设备的装配三维模型,并将该模型应用于动态仿真中,更加直观进行性能配套分析。

综采工作面设备运动仿真及配套分析

采煤技术的飞跃发展,要求相应的配套设备予以跟进。为优化综采工作面设备配套问题。建立综采工作面采煤机、液压支架以及刮板输送机三种关键的的装配模型,应用于动态仿真研究。

透过CMIPPI-C-S2项目浅析灌溉项目中土方施工方法

该文通过一灌溉项目的执行,借助图片、图形,形象地论述了在土方施工过程中遇到的问题,以及如何有效地予以解决的方法。

Dynamic simulation on rubber spring supporting equipment of vibrating screen

By ANSYS, dynamic simulation analysis of rubber spring supporting equipment used in vibrating screen was made. The modal frequency, mode, and harmonic displacement under working frequency were obtained. Variation of rubber spring supporting equipment＇s dynamic performance was discussed first, which is under the condition of existing spring stiffness difference and exciting force bias. Also, the quantitative calculation formulas were given. The results indicate that the performance of vibrating screen is closely related with rubber spring supporting equipment＇s dynamic performance. Differences of springs＇ stiffness coefficients reduce the modal frequency reduced, decrease the dynamic stiffness, and increase vibration displacement. Exciting force bias induces a larger lateral displacement. When rubber springs＇ stiffness coefficients exist, differences and lateral force accounts for 5% in total exciting force; rubber spring supporting equipment＇s side swing is larger than 1 mm, exceeding the side swing limit.