工业工程学科形成与发展综述

论述了工业工程学科的形成和发展，讨论了该学科的目标和应用领域，并对IE的名称、定义和发展趋势发表了意见。     

工业工程与创造学的关系分析

通过介绍工业工程和创造学的概念,分析了创造性思维、创造原理和工业工程学科的关系,指出创造学对工业工程学科的发展和工业工程的运用具有重要意义,提出了应该将创造学纳入工业工程学科体系中,注重对工业工程人员进行创造学知识教育和创造力开发,并将创造学知识运用到工业工程实践中。     

论新时期工业工程学科发展

在简要回顾工业工程发展历史基础上,得出若干启示;分析了工业工程面临的机遇和挑战,提出工业工程学科十个方面的变革切入点;从传统工业工程学科内容、技术与工具和应用对象3个维度提出了工业工程学科内容拓扑结构,据此可以组合与交叉形成新的不同的工业工程学科内容或方向。     

建设有特色的工业工程专业

旨在探索工业工程专业建设的特点和规律,应用理论联系实际的方法,在分析工业工程学科体系和一般特点的基础上,结合综合性大学的学科特点,提出了南京大学工业工程专业的培养目标和课程体系及教学实践等所体现的专业特色,为工业工程专业发展和成熟提供理论指导.     

工业工程(IE)和质量工程(QE)

通过对IE和QE的定义、专业学科地位及其领域与内涵等的分析,研究和探讨了在高等院校开设工业工程(IE)和质量工程(QE)专业、培育大批IE和QE人才的必要性和可行性.     

工业工程在中国制造业发展中的地位和作用

通过对工业工程定义的解释，比较了二业工程与工商管理的区别和联系，归纳了工业工程的特征，指出了中国工业工程的发展方向。     

香港工业工程师学会 举办“工业工程师推介月”活动

香港工业工程师学会于 1 999年 1 1月～ 1 2月举办了“工业工程师推介月”活动 ,以“ＩＥ—优质生活新前程”为主题 ,推广介绍工业工程这一学科在社会所扮演的角色。在此活动期间 ,正值香港工业工程师学会成立 2 0周年 ,为此 ,举行了一连串的活动 ,如在香港理工学院举办工业工程会议和展览 ,向中学生和大专学生介绍工业工程师的工作 ;举行了香港首届十大杰出工业工程师评选活动 ,邀请十大杰出工业工程师举行座谈交流经验。香港工业工程师学会会长朱立强在记者会上表示 ,随着香港的发展以及中国加入世贸组织 ,工业工程师在各行各业得到更大发…     

高等教育出版社明年陆续出版工业工程专业核心新教材

近年来,在我国企业界,工业工程技术的应用日益广泛,其领域不断扩大;同时,在许多高等院校内,工业工程学科的发展非常迅速,其专业不断增设。而目前国内的工业工程专业教材欠缺,更重要的是不足以适应现时代的需要,为此亟需建设一套迎合IE技术深入的应用和推动IE学科全面的发展的新教材。几经酝酿和交流,浙江工业大学之江学院工业工程专业学科带头人,联合有关高等院校和高等教育出版社,已经着手统编     

工业工程在我国物流行业中如何应用

笔者就工业工程的定义以及发展进行了总结，阐述了国外的工业工程的发展情况，综合国内的国情提出了适合国情的工业工程在国内物流行业的应用设想。     

工业工程课程的最新沿革

简要回顾了传统工业工程课程的发展历史,分析了传统工业工程课程的五大局限。之后,根据当代产业的特点和发展需求,以及工业工程学科本身发展的需要,提出了具有现代化活力的工业工程新课程。新课程具有六大特点,其目的是培养学生成为符合现代生产和制造特点的工业工程师。     

工业工程专业教学实验体系的研究与实施

本文提出一个用于工业工程专业的教学实验体系,该体系由若干个子系统组成,各子系统又由若干实验系列和具体的实验单元构成。我们选择一工业产品为主要实验对象,通过实验体系来模拟生产该产品的企业的工业工程工程。该模型适用于本科生、研究生和企业的ＩＥ专业人员。它能验证专业理论,促使学生掌握ＩＥ基本理论,提高学生和教师的ＩＥ水平。     

工业工程师是什么样的人

从工业工程师是什么样的人谈起, 对ＩＥ特性, 公理, 意识和ＩＥ专业知识, 能力结构及培养目标等问题发表了一些见解。     

An effective technique for the software requirements analysis of NPP safety-critical systems, based on software inspection, requirements traceability, and formal specification

A thorough requirements analysis is indispensable for developing and implementing safety-critical software systems such as nuclear power plant (NPP) software systems because a single error in the requirements can generate serious software faults. However, it is very difficult to completely analyze system requirements. In this paper, an effective technique for the software requirements analysis is suggested. For requirements verification and validation (V&V) tasks, our technique uses software inspection, requirement traceability, and formal specification with structural decomposition. Software inspection and requirements traceability analysis are widely considered the most effective software V&V methods. Although formal methods are also considered an effective V&V activity, they are difficult to use properly in the nuclear fields as well as in other fields because of their mathematical nature. In this work, we propose an integrated environment (IE) approach for requirements, which is an integrated approach that enables easy inspection by combining requirement traceability and effective use of a formal method. The paper also introduces computer-aided tools for supporting IE approach for requirements. Called the nuclear software inspection support and requirements traceability (NuSISRT), the tool incorporates software inspection, requirement traceability, and formal specification capabilities. We designed the NuSISRT to partially automate software inspection and analysis of requirement traceability. In addition, for the formal specification and analysis, we used the formal requirements specification and analysis tool for nuclear engineering (NuSRS).     

智能工程及其在玻璃容器模具设计中的应用

介绍智能工程的理论、方法、和软件系统结构，将智能工程应用于玻璃容器模具设计中，建立集成化智能模具设计系统。     

IE在我国服务业应用实证研究

针对我国服务业发展现状，提出在我国服务业中应用ＩＥ的理论和方法优化服务体系，提高服务质量和效率的构想；阐述和分析了基于此构想在医疗服务企业中应用ＩＥ的实践，得出在我国服务业应用ＩＥ不仅是必要的而且是可行的结论，最后指出，中国服务业应用于ＩＥ具有广阔的前景和巨大的潜力。     

Event-based modelling of distributed sensor networks in battery manufacturing

Battery manufacturing systems are characterised by their complex dynamics subject to constant changes caused by technology insertion, engineering modifications, as well as disruption events. To support daily operation, distributed sensors are used to provide real-time data describing the status of each process. Despite the big potential in improving productivity, the advantages of distributed sensor networks are not fully realised for overall system efficiency due to a lack of system-level modelling. Motivated by this need, we develop an event-based modelling (EBM) approach to quantify the systematic impacts of stations and supporting activities with an index called permanent production loss. EBM instantaneously captures the system dynamics using distributed sensor information and provides a severity ranking of stations and supporting activities. We also study the system dynamics of serial production lines with multiple slowest stations and quantify the impacts of disruption events to the production system. A case study is conducted to demonstrate the application of EBM in a battery production system and its ability to facilitate decision-making at plant floor on resources and budget allocation.     

Mild steel corrosion inhibition in HCl by di-alkyl and di-1,2,3-triazole derivatives of uracil and thymine

The corrosion inhibition efficiency (IE) of four di-alkyl derivatives of uracil and thymine and six 1,2,3-triazole benzyl derivatives of uracil and thymine compounds was measured in the system: pipeline steel grade API 5L X52/1 M HCl using electrochemical impedance spectroscopy (EIS). The influence of the inhibitor concentration, 5–200 ppm, on the IE of all these compounds was determined. The results obtained showed that in all cases, the IE increased with increasing inhibitor concentration, and that, except for one of the di-alkyl derivatives of uracil, that was capable of attaining solely an IE of 84% at 200 ppm, the remainder displayed IEs greater that 90% at rather low concentrations, namely around 20 ppm. In this sense, the most remarkable inhibitor was one of the 1,2,3-triazole benzyl derivative of uracil, which gave 96% IE with merely 5 ppm. For all cases, it was found that these inhibitors follow a physisorption mechanism, which can be adequately described by the Langmuir isotherm. Moreover, it is shown that these compounds can affect both the anodic and cathodic processes, thus it can be classified as a mixed-type inhibitor capable of blocking both anodic and cathodic sites on the API 5L X52 steel surface immersed in HCl. The influence of the steel immersion time on their IE was also assessed in the corroding media for the two most efficient inhibitors. It is shown that even when the IE of both inhibitors diminished practically linearly as a function of time, both can provide adequate protection (IE > 88%) to the steel substrate even after 350 exposure hours to this highly corrosive media.     

基础工业工程实验开发

对工业工程实验现状及不足进行了客观分析,结合当前高校实验室建设的现状,开发了以不同行业实际生产线为内容的题库.该系统以Visual Basic 6.0和Ulead MediaStudio Pro 7.0作为平台实现了基础工业工程工作研究的各类实验.