现代工业工程发展概况

本文概要地介绍了现代工业工程的概念、理论、发展水平及应用情况，分析了在我国研究与应用的前景。     

A Survey of Industry Advisory Board Operation and Effectiveness in Engineering Education

Voluntary boards composed primarily of industry practitioners who give aid and advice are almost universal in engineering education programs, though there has been little published research on this subject. Based on a survey of 90 engineering school directors and advisory board members, this research characterizes the operation, makeup, and effectiveness of advisory boards. The study shows that effective boards have a clear understanding of their role and limitations in influencing curriculum, encourage engagement with students, have formal procedures for involvement in ABET accreditation, and are well coordinated with the larger educational institution. Boards can be effective with or without involvement in fundraising, but it is essential that fundraising expectations be clearly understood and agreed upon by the school and the board. Boards composed largely of members with close ties to the institution, generally alumni, will be more engaged as advocates of the program and will contribute more financially.     

The Engineering Science of Industrial Engineering: A Viewpoint of the Industrial Engineering Curriculum

This paper outlines the scientific underpinnings of Industrial Engineering and proposes an approach to educating the Industrial Engineer based on this engineering science. The proposed definition of the “Industrial Engineering science” rests on the premise that IE is made up of three main functional areas: (1) production engineering, (2) operational science, and (3) ergonomics/human factors engineering. This paper outlines the various IE activities that fall into these three functional categories, and attempts to show the relationships of those areas to six underlying science bases; namely, (1) Industrial Engineering sciences, (2) general engineering sciences, (3) life sciences, (4) physical sciences, (5) behavioral and social sciences, and (6) mathematics.     

运筹学在工业工程中的应用

调查研究了运筹学模型及其方法在工业工程的应用情况。针对工程制造与控制系统中的存在的实际问题,研究了解决这些问题的特定运筹学的方法。文中还就运筹学方法今后的应用发展力作了探讨。     

生态工业工程:面向循环经济的工业工程研究

通过分析传统工业工程的理论实质和生态工业的特点,对生态工业工程的内涵与定义、研究内容与方法及评价方法等进行了探讨,指出生态工业工程的主要任务是按照循环经济的理念,把生态化的思想融入到各种工业系统的设计之中,实现"经济效益"与"生态效益"双重指标的协调.因此,面向循环经济的生态工业工程研究是现代工业工程的重要研究领域和发展方向.     

TRIZ: Engineering Methodologies to Improve the Process Reliability

Research of solutions to problem in existing processes often deals with the tendency to follow mental schemes because of the psychological inertia. This study illustrates a knowledge‐based systematic methodology of inventive problem solving for the effective development of new systems and solutions, a theory that consists of theoretical foundation, analytical and knowledge‐based tools, applicable in conjunction with other creativity and engineering methodologies. The TRIZ (Theory of Inventive Problem Solution) applicability in process reliability can develop new and effective solutions thanks to the examination of contradiction, different prospective, and points of view. The systematic innovation process provides a platform to integrate heterogeneous resources and tools opening the problem‐solving methodology to new and different interdisciplinary approaches. The deconstruction and identification of issues to analyze the problems in their context and in relation to other factors are adopted in many areas of industrial production as well as in the more general problem‐solving matters. In particular, this study will show how TRIZ can be used in process optimization rather than research and development where this methodology is commonly adopted. This case represents a practical application of the TRIZ to increase quality and reliability in regard to a manufacturing process of an industry that designs and builds molds and equipment for the production of aluminum food containers. Copyright © 2016 John Wiley & Sons, Ltd.     

Industrial Engineering and Research Oriented Journal I Operations I Literature: A Statistical Analysis

This paper reports the results of a statistical analysis of literature published in three journals important to OR-oriented Industrial Engineers. Over 1500 journal articles, technical notes, and letters to the editor published during the five-year period 1969-1973 were scanned for specific elements of information by which OR research and literature could be characterized. Some of the factors examined were (1) the theory/application emphasis, (2) author affiliation, (3) source of any research funding, and (4) time interval between submission and publication. This analysis reveals the IE role in OR research and publications, pointing out the applications orientation of IE-contributed literature.     

生物机械工程研究进展

论述了生物机械工程的重要意义、研究现状、发展趋势、存在问题及对策，旨在推动我国生物机械工程的研究和学术地位的确立，推动生物医学工程学的进步，提高人民的健康水平。     

Industrial Engineering and Research Oriented Journal I Operations I Literature: A Statistical Analysis

This paper reports the results of a statistical analysis of literature published in three journals important to OR-oriented Industrial Engineers. Over 1500 journal articles, technical notes, and letters to the editor published during the five-year period 1969-1973 were scanned for specific elements of information by which OR research and literature could be characterized. Some of the factors examined were (1) the theory/application emphasis, (2) author affiliation, (3) source of any research funding, and (4) time interval between submission and publication. This analysis reveals the IE role in OR research and publications, pointing out the applications orientation of IE-contributed literature.     

国内外工业气体市场概况

综述了近两年全球工业气体市场,着重论述了北美、欧洲、亚洲地区的气体市场。     

工程图矢量化识别技术研究综述

工程图样的识别与理解是模式识别领域中较活跃的研究主题之一,在3D重建、信息交换、基于内容的工程图检索、2D工程图样的识别和理解等领域均有着广阔的应用前景。重点回顾了工程图样的矢量化识别与理解目前发展水平和常用的矢量化识别方法,并对研究的历史和现状进行了较为全面的综述,分析比较了目前各种算法模型的优点和不足。对工程图样的矢量化识别与理解研究难点及未来的发展趋势作了较为详细的分析。     

工业工程在波音

本文是根据作者赴波音飞机公司参加工作培训的实践与体会撰写的，重点介绍该公司维基塔分部的ＩＥ概况，并对国内航空企业实施ＩＥ提出建议。     

From Engineering Science to Precision Engineering and Ultraprecision Production:Fundamentals,Methodologies and Application Case Studies

正Submission Deadline:May 1,2021 The demand for precision components is on the rise in a variety of engineering industries.Over the last 10years,ultraprecision manufacturing technology has been applied on an industrial scale to ultraprecision production of products such as mobile phones,security monitor systems,head-up displays (HUD) and varifocal lenses,etc.