浅析莆田港口的物流发展

本文介绍了莆田港口在发展现代物流方面不足之处。作者分析了港口当前面临的机遇,并就如何发展莆田港口物流提出了自己的看法。     

中小物流企业发展竞争策略分析

通过对当前中小物流企业生存现状的阐述,利用波特的竞争驱动力模型,对物流企业的经营环境进行了分析,其中包括现代物流内涵、物流企业价值创造的分析,物流企业面临的内外环境分析,进而为中小物流企业提出了未来几年发展的竞争策略.     

浅谈移动互联网时代物流经济地理教学一体化

物流经济地理课旨在通过课堂教学,使学生了解物流经济地理理论,并且学会运用理论方法去分析问题。而如今物流的快速发展以及移动互联网技术的大规模普及,要求日常教学需要构建新的一体化教学模式来实现这一目标。     

《物流与配送》课程驱动式教学方法的探讨

本文基于中职《物流与配送》课程的特点,并根据中职学生的素质现状,结合多年的教学实践,提出了一些《物流与配送》课程适应性和操作性都比较好的课题驱动式教学方法,并在实际教学过程中取得了良好的教学效果。     

工程物流的国际化与国际工程物流运营研究

结合实际工作经验与长期研究结果,总结了工程物流的概念与四大基本特点：指出受国际工程承包业务的显著增长,工程物流的国际化即国际工程物流成为新的发展趋势．进而系统分析了国际工程物流的市场前景、业务流程与框架、关键要素等运营方面的关键问题,最后以实际案例形式对关键要素进行了剖析。     

基于ITIL的物流企业信息系统运维改进探究

本文以铁路物流企业中铁快运为例,在对信息系统运维管理实施过程中应用ITIL及IT服务管理的理论,构建信息系统集中运行管理平台,对提高IT系统运维效率和管理水平做了尝试.     

Modeling and Analysis of Logistics System Based on Stochastic Petri Net under Supply Chain Circumstances

In order to describe the impacts of adjustment ability of logistics system on the profit and cost of logistics system, we constructed a model of logistics system based on stochastic Petri net (SPN), and proposed a theorem for the adjustment ability of logistics system under supply chain circumstances on condition that the payoff of supply chain is a steadily increasing process. Then we put forward that a sequence of MGF (moment generating function) of out-of-goods risk process for logistics system is a martingale. The model we proposed can overcome shortcomings of the previous ones that can not describe the characteristics of the adjustment ability of logistics system. The results of simulation experiments are consistent with theoretical analysis.     

AGV小车在商用车车架装配中的应用

在商用车车架装配中设置AGV小车,满足车架装配中车架装配线的车架输送和装配线上的线体传输作业,根据商用车车架装配特点,先卧铆分装底盘铸件到单根纵梁,再装配横梁至纵梁内侧,进行合梁装配。将AGV小车引入车架装配的合梁工序,并增加带有车架装配定位辅具,贯穿合梁装配的后续车架装配工位,直至车架装配下线。小车上的装置可实现车架装配过程中外宽、对角线、平面度、同轴度等车架质量控制功能。     

大型船舶平面分段智能车间的物流系统

目前,车间级的物流系统调度问题研究主要通过信息采集和现场监控解决,并没有通过优化算法进行实际分析。本文主要研究大型船舶平面分段智能车间的工件、物流设备的调度问题。首先将平面分段中的不同工位进行重组,同时将天车和卡车进行并行处理。其次引入有阻塞的混合流水线车间调度模型,搭建大型船舶平面分段智能车间物流系统的数学模型。最终基于粒子群优化算法(PSO),计算部件加工时间最短的数值仿真。     

A framework to evaluate policy options for supporting electric vehicles in urban freight transport

Electric vehicles (EVs) are considered as a feasible alternative to traditional vehicles. Few studies have addressed the impacts of policies supporting EVs in urban freight transport. To cast light on this topic, we established a framework combining an optimization model with economic analysis to determine the optimal behavior of an individual delivery service provider company and social impacts (e.g., externalities and welfare) in response to policies designed to support EVs, such as purchase subsidy, limited access (zone fee) to congestion/low-emission zones with exemptions for EVs, and vehicle taxes with exemptions for EVs. Numerical experiments showed that the zone fee can increase the company’s total logistics costs but improve the social welfare. It greatly reduced the external cost inside the congestion/low-emission zone with a high population, dense pollution, and heavy traffic. The vehicle taxes and subsidy were found to have the same influence on the company and society, although they have different effects with low tax/subsidy rates because their different effects on vehicle routing plans. Finally, we performed a sensitivity analysis. Local factors at the company and city levels (e.g., types of vehicle and transport network) are also important to designing efficient policies for urban logistics that support EVs.