《公路工程造价》课程思政教学设计与实践

专业课程是课程思政建设的基本载体,确定课程思政目标、深入挖掘与科学提炼课程思政元素、做好教学设计、创新课堂教学模式是专业课程思政建设的关键环节。以《公路工程造价》课程思政建设为例,基于行动导向的“项目引领、任务驱动”课程总体教学模式为基础,探索“专业、思政双主线”课程思政教学设计策略和具体实践,为专业课程思政建设提供借鉴和启示。     

东靠西连 南北贯通 打造桂湘粤区域性交通枢纽——专访贺州市交通运输局局长刘道牛

＂十一五＂期间,贺州市交通基础设施建设总投资128.12亿元,交通基础设施建设实现了跨越式发展。到2010年年底,贺州市将初步建成以铁路、高速公路为主要载体的出省主通道,以城乡高等级公路、农村等级公路为配套的＂东靠西连,南北贯通＂交通大格局。日前,     

综合枢纽建设切忌大而无当

2013年3月,国家发展改革委首次发布了《促进综合交通枢纽发展的指导意见》。这个指导意见总结了多年来综合交通枢纽发展的经验和教训,为今后的发展指明了方向。其中关于枢纽建设有如下意见：＂应集约布局各类场站设施,突出一体化衔接,有效承载多种服务功能,实现枢纽的便捷换乘、经济适用、规模适当,切忌贪大求洋、追求奢华＂。这句话言简意赅、切中要害!     

对香港职业教育培训的初步认识

为配合香港工业起飞,香港工业教育进入了蓬勃发展新阶段,1982年香港政府成立了职业训练局,将专业课程框架与新高中学制配合衔接,课程多元化,并开办专业大学学位课程,"多阶进出",按照七级资历架构,推动终身学习。     

公路

贵州开始试点农村公路“建管养运”一体化 5月28日，贵州省交通运输厅召开全省农村公路“建管养运”一体化建设试点工作会议，出台了《贵州省农村公路“建管养运”一体化建设试点方案》，以推进农村公路发展由“建设型”向“服务型”转变，提升农村公共交通服务水平，构建便民惠民交通。贵州省此次试点工作开展时间为2010年3月至2010年11月，共选择了23个乡镇作为试点。     

日本城市综合客运枢纽的特点与启示

基于日本城市综合客运枢纽特点分析,结合我国城市客运枢纽建设问题提出相关建议:以铁路车站为核心,加强城市轨道衔接,打造综合性客运枢纽;建立一体化的管理体制或协调机制,保障建设、管理运营的一体化。     

将物流打造成青岛的支柱产业——青岛市副市长胡绍军谈青岛现代物流

＂十二五＂期间,青岛将以构建海港、空港和陆路三大物流系统为主线,优化物流发展布局,重点推进物流集聚区建设和定向招商。     

农村公路建设与养护一体化管理研究

为全面了解农村公路建设一体化的发展情况,达到农村公路建设以及养护的标准,在分析一体化管理制度对农村公路建设以及养护重要性的同时,对农村公路建设以及养护一体化管理问题现状进行探究,而后提出相关的控制措施,希望在探讨后可以为相关人员提供参考。     

《大学生创业基础》示范课程建设实践与探索

大学生创业教育已成为目前各高校面临的新课题.文章结合广西交通职业技术学院教学实践,以《大学生创业基础》示范课程的建设为突破口,提出了创业教育示范课程建设的思路与设想,探讨了专业教育与创业教育相匹配的方法,并评述了该示范课程建设的效果.     

“一张图”交通地理空间框架建设

＂一张图＂工程是数字中国地理信息化建设的简称。文章针对交通行业地理信息系统建设中出现的重复建设、标准不统一、使用效率低下等问题,提出了建设＂一张图＂交通地理空间框架的建议,阐述了＂一张图＂交通地理空间框架服务平台的基本情况,并深入探讨了空间框架服务平台的总体设计和建设思路。     

基于MSP430的铁路货运车厢温湿度信息采集系统设计

文章设计了基于MSP430的铁路货运车厢温湿度信息采集系统,介绍了该系统软件和硬件的结构组成与功能原理,指出该系统具有处理速度快、实时性强、精确度和集成度高、携带方便等优点,可为铁路货运系统提供基础数据,并能提高铁路货物运输的安全性和质量,有着广泛的应用前景。     

基于开放式理念的高速公路服务区与旅游融合发展业态开发研究

为加速推进服务区的休闲化、景区化进程,推动服务区升级改造,重构服务区业态,逐步增加旅游服务功能,探索将服务区打造成旅游目的地,本文依据国内外关于开放式理念的研究进展,结合“服务区+旅游”融合发展的现状和内涵特征,提出基于开放式理念的“服务区+旅游”概念,通过借鉴旅游业态和产品划分标准,梳理总结“服务区+旅游”新业态特征,提出基于产业开发、新技术整合、特色产品开发、时间规划和智慧交通开发五大“服务区+旅游”业态类型,再从产业融合和“交通+旅游”的角度出发,系统提出“服务区+旅游”融合发展新业态清单。     

Impacts of plug-in electric vehicles in the portuguese electrical grid

Powertrain electrification is currently the best alternative to ensure sustainable energy efficient personal mobility, increasing the integration of intermittent Renewable Energy Sources (RES), improving air quality in urban centres, and reducing greenhouse gas emissions from the transport sector and their dependence on fossil energy sources. With the increasing number of Electric Vehicles (EVs) available from automotive manufacturers, one key question that arises is the capability of the electrical grid to feed the increasing energy demand of the EV fleet without major investments. This paper shows that a progressive penetration of EVs, even at a rapid rate, is perfectly possible for vehicles that offer autonomy, energy consumption and charging characteristics that are currently available in the market. This analysis is based on data acquired during a year, using a Plug-in Hybrid Electric Vehicle (PEV) as the only vehicle for a typical, Southern European Portuguese family. The energy consumption of a gasoline and electric vehicle is presented, as well as its impact on the household load pattern. An analysis of the impact on the grid is also presented, considering several penetration rates (100 thousand, 500 thousand and 1 million vehicles). As well as the avoided use of fossil fuel per vehicle and consequent reduction in overall emissions when compared with a conventional vehicle.     

The effects of planned and unplanned transfers on public transport users' perception of transfer routes

Many authorities are investing in new infrastructure to improve the quality of public transport (PT) services in the hope to increase mode switch from cars. The goal is to provide users with an integrated multimodal PT network by facilitating transfers. There exists a lack in the clarity of the attributes which defines a planned transfer and the effects of planned transfers on users' willingness to use routes with transfers. The present study provides approximate effects of ‘planned’ and ‘unplanned’ transfers on PT users' decisions to use transfer routes. The study focuses on two attributes of ‘planned’ transfers, integrated physical connection of transfers and information integration. A user preference survey was undertaken in Auckland, New Zealand. Analysis of the results shows that physical integration is more important than information integration for current PT users. Results also suggest that information integration has a greater influence on users of transfer services which are more closely aligned to being ‘unplanned’.     

基于环境融入型湿地景观桥梁设计分析探究

本文基于工程设计案例,从交通功用与环境融入统一的理念,探讨环境融入型湿地景观桥梁设计技术要点,提出满足交通功用需求、适应湿地环境特点和注意细节设计的湿地景观桥梁环境融入型设计思路,要求湿地公园桥梁设计必须落实环境融入理念,努力设计实现功用性和环境融合性相得益彰的景观桥梁,彰显人与自然和谐相处理念,设计实现既体现人文关怀也体现环境关怀的现代湿地景区桥梁。     

Categorisation for air quality assessment in car cabin

The objective of this work was to propose a way of preparing information about in-cabin air quality for the car driver or passenger. It was assumed that information should be objective, relevant, current, complete and useful. The major elements of our concept were: (1) monitoring of selected air parameters inside the cabin, (2) determination of indicators that characterise indoor air, based on measurements, and (3) the method of information extraction. We proposed to realise the first task with a sensor system. The second and third goals were reached by categorisation. The basis for defining categories were ranges of values of measured parameters or their combinations. In a way, the categories were used to quantify indicators of air quality. Shannon entropy and mutual information were applied to find the best categorisation. The concept was investigated using experimental data from car cabin air monitoring in various driving conditions. We conclude that information about air quality in car cabins may be successfully conveyed using the following indicators: thermal conditions – determined based on temperature and relative humidity measurements; air exchange – determined based on CO₂ concentration; and air freshness – determined based on volatile organic compounds (VOCs) content in car cabin air. Each indicator has three categories: bad, intermediate and good.     

The role of subsidy policies in modernizing the structure of the bus transit industry

Full reliance on conventional forms of bus transit for peak hour needs reduces industry productivity and creates major new subsidy requirements. Restructuring of transit is needed to enable paratransit integration and other innovations than can improve efficiency. This paper discusses the industry's long-term neglect of efficiency and describes subsidy policies that would promote necessary changes.     

Adapt-Traf: An adaptive multiagent road traffic management system based on hybrid ant-hierarchical fuzzy model

Usually, road networks are characterized by their great dynamics including different entities in interactions. This leads to more complex road traffic management. This paper proposes an adaptive multiagent system based on the ant colony behavior and the hierarchical fuzzy model. This system allows adjusting efficiently the road traffic according to the real-time changes in road networks by the integration of an adaptive vehicle route guidance system. The proposed system is implemented and simulated under a multiagent platform in order to discuss the improvement of the global road traffic quality in terms of time, fluidity and adaptivity.     

Transport integration of Slovenia with the European Union

Today, the extended transport infrastructure along with the communications and information technologies are to a large extent the generator of integration processes all over Europe. Novelties in this area have brought about important changes in the production conditions, distribution and consumption, which exert influence on the changing of economic structure, including similar changes in social, cultural and political relations. In the future, the social and economic development of Slovenia will depend on proportionate development of regions and on the embodiment of Slovenia in a wider European space. The transport infrastructure of Slovenia, along with its transport system, should be integrated in the European transport system in such a way that the developmental interest of Slovenia is fully highlighted and included to an optimum extent in the course of Slovenia's integration to the EU.     

现代管道泄漏检测技术探讨

介绍了始于 2 0世纪 80年代初的现代管道泄漏检测及定位技术 ,它基于管道SCADA系统 ,运用现代分析方法和控制理论 ,通过对所采集的管道运行数据进行处理并结合管道内流体的流动状态而实现泄漏的检测及定位 ,包括质量平衡法、负压波检测法等。随着对检测精度要求的不断提高 ,在现代计算机技术的支持下 ,瞬态模型法具有广阔的应用前景