城市轨道交通AFC系统支付方式现状及发展

为适应乘客日新月异的消费方式需求,鉴于轨道交通的快速发展,从自动售检票(AFC)系统支付方式的应用现状、存在问题及发展方向出发,对AFC系统硬币支付方式、纸币支付方式、储值票支付方式、车票圈存支付方式、银行卡支付方式等多种应用方式进行研究,并对支付方式向扫二维码换票方式和手机支付方式发展进行说明,为城市轨道交通AFC系统多种支付方式提供解决方案。     

The effect of attitudes toward cars and public transportation on behavioral intention in commuting mode choice—A comparison across six Asian countries

This study investigated the contribution of psychological factors in explaining the choice of transportation mode in six Asian countries. Data were collected from 1118 respondents in Japan, Thailand, China, Vietnam, Indonesia, and the Philippines. The dependent variable was the intention to use one of three modes for work travel after getting a job: car, public transit, or other modes. The explanatory variables were three attitude factors taken from a previous study, including: 1/symbolic affective, reflecting affective motives of travel mode use; 2/instrumental, referring to functional attributes of travel modes; and 3/social orderliness which represents for environmental friendliness, safety, altruism, quietness et cetera. Several logit model estimates were made using the samples from the six countries separately and together. We obtained three main findings. First, attitude variables about the car were all significant determinants for the entire sample from Asian countries. Second, the social orderliness aspect of public transit was a common concern of respondents from developing countries in selecting this mode for work trips. Third, in countries in which the intent to use a car was not very high, attitude factors about the car were found to be significant determinants of the behavioral intention to commute by car but were less significant in countries in which the desire to use a car was high.     

Extension of the super-elements method to the analysis of a jacket impacted by a ship

The aim of this paper is to present a simplified analytical method for estimating the crushing resistance of an oblique cylinder impacted by the stem of a striking ship. The collision angle of the vessel is arbitrary, i.e. oblique collisions are also considered in this article. The two extremities of the tube are assumed to be clamped. These developments are intended to be used for evaluating the crashworthiness of an offshore wind turbines jacket. To achieve this goal, closed-form expressions are first derived for the particular situations of a horizontal and a vertical cylinder by applying the upper-bound method. An interpolation formula is then proposed to get the resistance opposed by the tube for any inclination angle. In order to validate these theoretical developments, some comparisons are made with the results of numerical simulations. These latter are performed using the finite elements software LS-DYNA. In almost all cases, the analytical prediction of the resistance is found to be in quite good agreement with the numerical ones. Finally, another comparison is made by simulating an OSV collision with a full jacket. In this case, the theoretical model is found to be insufficient for large impact energies and points out the need of further research.     

土压平衡盾构到达钢套筒辅助施工接收技术

针对南京地铁3号线TA08标浮大区间土压平衡盾构法隧道施工遇到的特殊工程地质条件,采用土压平衡盾构到达钢套筒辅助工艺解决了施工难题。该技术不仅有效避免盾构到达接收过程中涌水、涌砂等风险,确保出洞安全,而且,钢套筒盾构接收方法的成功使用,提高了盾构到达接收洞门的密封质量及管片的拼装质量。     

造船企业80后员工特征分析及管理方法探讨

考虑到造船企业吸纳了大量的80后员工,如何有效管理这些80后员工,发挥他们的长处,营造和谐的企业氛围,为80后员工提供更好地职业发展空间,为企业创造更大价值,成为企业管理者和人力资源部门关注的焦点,通过对80后员工所处的职业阶段特点和职业心理特征的分析,提出进行有效管理激励的思路和对策。     

铈锆氧化物固溶体制备方法的比较研究

分别采用均匀沉淀法和共沉淀法制备了铈锆氧化物固溶体,研究了制备方法对铈锆氧化物固溶体的晶体结构、比表面积以及储氧能力的影响。结果表明,均匀沉淀法制备的铈锆氧化物固溶体的比表面积小,储氧能力较强,所制得的三效催化剂具有良好的催化活性,但该方法所制备的铈锆氧化物固溶体耐高温性能较差。     

西部地区高速公路发展规划生态环境影响评价——指标体系构建及评价方法探讨

在探讨战略环境评价意义的基础上，按照战略环境评价指标体系构建的一般步骤，针对高速公路规划自然生态环境的影响因素，建立了公路交通发展的战略性生态环境评价的可选指标集，并根据指标的特点给出了一种基于GIS技术的评价方法。这种构建指标体系的方法简单易行，评价要素明确，层次分明，构建的可选指标集可为西部地区高速公路发展规划生态环境评价提供参考。     

水工模型试验的流速测量方法与数据处理程序

在水工模型试验中,基础数据的准确度与精确度直接关系到科研成果的质量。流速是模型试验中观测的主要数据之一。模型流速的测量方法有许多种,如示踪物法、光电法、声学多普勒法等。光电法是目前水工模型试验中应用最多的流速测量方法。文章所述的模型测杆流速处理程序实现的功能就是计算流速测杆采集流速的平均值并直观地以流速过程线图显示。通过应用于上海国际航运中心洋山港区整体物理模型试验的实践表明,程序采用微调方法,解决了判断涨落潮时存在的问题,提高了水工模型试验工作的精度和效率,为科学决策提供了依据。     

汽车玻璃升降器失效控制技术

随着经济社会的持续快速发展,汽车玻璃升降器构造技术迎来了前所未有的重大发展机遇,如何采取有效控制技术方法,全面提升汽车玻璃升降器运行效果,成为业内广泛关注的焦点课题之一。基于此,本文首先介绍了汽车玻璃升降器的基本组成与原理,分析了汽车玻璃升降器的失效分析与处理技术,并结合相关实践经验,分别从严格执行玻璃升降器技术规范要求等多个角度与方面,探讨了优化汽车玻璃升降器失效控制效果的有效策略,阐述了个人对此的几点浅见,望对汽车玻璃升降器失效控制实践有所裨益。     

强夯置换法在地基加固处理中的应用

大连铁龙动力院景B区部分建筑物地基土加固处理采用强夯置换法,经加固处理后复合地基承载力特征值及变形均满足建筑物荷载要求。现对地基加固处理方法的选择及施工进行概括性总结、分析,供同行参考。