谈船舶应急电源的PSC检查

文中介绍了船舶应急电源系统的结构原理、公约要求，并结合工作实践讲述了系统的检查要点、常见缺陷及处理原则。     

TBM刀具检修工艺的技术探讨

结合兰渝铁路西秦岭隧道TBM项目刀具的使用、维修、更换等过程,分析刀具检查与维修的工艺过程,对刀具拆卸检查与维修中的各注意事项进行总结。刀具的检查与维修在掘进过程中占有一定的比例,保证刀具检修的质量是TBM快速掘进的前提,刀具的使用寿命会影响TBM掘进的利用率。西秦岭TBM项目针对不同地质情况下的施工刀具维修制定了详细的检查项目,经过第1阶段刀具检查维修的实践,取得较好的成效。     

Prioritization of failure risk in subsea flexible pipes via data envelopment analysis

Risk-based inspection is nowadays the predominant approach to structural integrity assurance in complex engineering systems, such as those designed for and operated in deepwater environments. One of the major tasks in risk-based planning is risk ranking of the components comprising an engineering system. In this paper, a mathematical model based on data envelopment analysis is developed for this purpose, whereby two types of weights are employed: subjective judgmental weights which are provided as input, and objective which constitute the output of the model. The use of the mathematical model is illustrated in a real world system of subsea flexible pipes, which operational in the south Atlantic Shelf off the Southeast Coast of Brazil.     

构建服务型海事执法督察工作的思考

文中列举和分析了海事执法督察工作的现状和存在的问题，阐述了海事执法督察工作的内涵，并提出了建立服务型海事执法督察工作的设想。     

“1+X”证书制度下的汽车检测与维修专业“三教”存在问题研究

在教学过程中,"师资,教材,教法"是基本内容,教学质量指标也受到影响。本文以新能汽车检验维修专业为例,对职教二十条进行了分析。职业教育"三教一体化"改革的重要性,同时,针对教师,教材和教学方法等问题提出了切实可行的改革思路,仅供相关人员参考。     

多点群控系统的检测

阐述了多点巡回检测控制系统的构成方法,对具体电路进行了分析,用计算机软件发射编码信号及控制命令,对报警探头状态进行了判别.     

激光扫描技术在路面病害检测中的应用

通过分析目前3D激光扫描技术在测量领域的应用现状，介绍加拿大ILRIS-3D激光扫描系统的硬件设备的特点、数据处理软件PolyWorks的功能和操作方法，探讨ILRIS-3D在路面平整度及病害检测中应用的可能性，同时通过路面试验证明：ILRIS-3D扫描得到的数据经Poly Works处理后，能较好地反映原始的路面特征，并能给出相应的路面病害数据，说明利用激光检测技术进行路面病害特征检查是一种先进的手段。     

变配电所电力试验自动检测管理系统的研制

从目前路内电力试验的现状入手,阐述了建立变配电所电力试验自动检测管理系统的目的,从自动检测和数据管理2个方面详细介绍了该系统的构成、功能、采用的关键技术、主要特点及在电力试验中的具体应用情况。     

德国客车的检修体制与修程分析

概要介绍了德国一般客车和ICE客车的检修体制、修程情况,并对我国客车特别是快速车检修体制、修程提出了建议。     

Ship inspection support system using a product model

 Recently, the significance of ship inspections has been increasingly recognized because sea pollution and safety problems are occurring more and more frequently. However, current ship inspections rely on the experience of the workers. Therefore, it is difficult to understand, and hence to improve, the state of ship inspections. In this paper, ship inspection is directed into three stages (plan, do, and check), and the configurations of a total system to support ship inspections are discussed. A prototype system for the “plan” and “do” stages is developed. This is realized by organizing the information that relates to inspection, and defining data models for damage and inspection states. Then the proposed system is integrated with a shipbuilding computer integrated manufacturing (CIM) system so that the ship's structural information can be used effectively. In addition, functions to calculate the damage-finding probability, and functions to generate information about damage and the inspection state are introduced. Therefore, in the planning stage, as inspector can execute a virtual ship inspection, and then the damage-finding probability of each hull part and oversight areas are calculated automatically. Further, by carrying this system into an inspection, an inspector can generate damage information and inspection information simply and easily. Some examples of the proposed system are shown at the end of the paper. Received: November 12, 2001 / Accepted: January 30, 2002