我国工程机械维修的现状与发展

本文从维修思想，维修制度，检测技术，修复技术，建立维修市场，培养高素质的维修人才等方面阐述了我国工程机械维修的现状和发展趋向。     

自热固化抗水力磨蚀涂层研究

本文简要报导环氧－橡胶－电热层叠合涂支及其涂敷工艺在水轮机转轮上的抗磨蚀应用效果。用无机电热粉末填充胶层实现大面积涂层的自热升温固化是本研究主要研究内容。该涂层应用于水轮机过流面磨蚀部位的修复保护，寿命达８０００ｈ以上，显示了良好应用前景。     

水泥混凝土路面压浆技术处理的实践与认识

通过对某城市快速干道水泥混凝土路面出现的沉陷、错台、唧泥，致使板块脱空、扇动等现象的介绍，采用压浆技术进行维修养护。通过施工实践的回顾与总结，提出新的认识，这对今后水泥混凝土路面维修养护具有一定的参考意义。     

模具修复中的焊接技术

通过实例详细分析了模具修复中焊条电弧焊技术的工艺和具体实施方法,提高了原模具的结构和使用性能。对降低产品成本,提高企业经济效益,取得了显著成效。     

An experimental investigation on the low velocity impact response of composite plates repaired by VARIM and hand lay-up processes

This paper presents results of an experimental investigation on the impact response of repaired and unrepaired glass/epoxy composite plates. Repaired samples were prepared by two different manufacturing methods; vacuum assisted resin infusion process and hand lay-up technique. In order to compare impact response of the repaired and unrepaired samples a number of single impact tests were performed under various impact energies. Damage process of the samples is analyzed from cross-examining load–deflection curves and damaged specimens. From the visual inspection, for the impacted side of the samples, it is noted that the main damage modes for repaired samples are matrix and fiber cracks around point of impact and delaminations while severe matrix cracks expanded through fiber directions are the dominant damage mode for unrepaired samples. At the back surfaces, delaminations and fiber–matrix debonding oriented in the fiber directions are observed for unrepaired samples. However, for repaired samples the fiber fractures through repair line as well as the delaminations become dominant modes. For a reasoning justification in discussing impact test results, interlaminar fracture toughness (Mode I and Mode II) and flexural tests for repaired and non-repaired samples were also conducted.     

基于RFID的机车检修配件质量追溯管理系统的研究

本文通过对铁路局现有机车检修配件的管理方式进行研究和分析,将信息化融合到铁路机车检修配件管理过程中。设计了基于RFID的机车检修配件质量追溯管理系统的四层架构体系模型,并对机车检修配件使用的全生命周期过程的业务流程进行了分析,详细阐述了RFID在机车检修配件各个环节的应用。该系统由于采用了RFID射频识别技术,具有较强的实时性,可以实现对机车检修配件的全生命周期追溯管理。     

磷酸镁水泥在工程结构中的修复加固研究进展

综述了近年来磷酸镁水泥(MPC)作为修复加固材料的研究进展,介绍了在工程结构中MPC的修复、加固及防锈作用,并解释了其修复、加固作用的原理及应用效果,还指出了目前存在的问题和今后的研究趋势.