工业4.0及智能制造
类型：研究报告
标题：The next production revolution implications for governments and business
参考译名：下一次产业革命
摘要：Manufacturing is changing. New technologies are radically altering not only how we make things, but how we innovate. As manufacturing systems, technologies and innovation activities become more complex, distributed and interdependent, policy makers around the world are looking for new ways to ensure national competitiveness for the so-called ‘next production revolution’.
来源：IFM（the University of Cambridge’s Department of Engineering）
链接：
https://www.ifm.eng.cam.ac.uk/insights/national-innovation-policies/manufacturing-innovation-the-next-production-revolution/
https://read.oecd-ilibrary.org/science-and-technology/the-next-production-revolution_9789264271036-en#page41
类型：资讯
标题：The Digital Future is Here, Now
参考译名：数字化未来就在这里
简介：The manufacturing technology industry is in flux right now as it seeks to find its way in the digital world, and the entire process chain necessitates the integration of suppliers who can respond to the needs of the industry. This situation has very little “history”, and so large end-customers and machine shops of all sizes are seeking assistance from suppliers, while the machine tool builders are likewise seeking to partner with developers and providers of hardware, software, communications, and controls, to bring to market the most-needed types of machines and technologies.
来源：American Machinist 6.26
链接：http://www.americanmachinist.com/enterprise-data/digital-future-here-now
类型：期刊
标题：American Revival: Manufacturing is Alive and Thriving Again
参考译名：工业4.0时代，美国制造业的复兴与卷土重来
简介：Industry 4.0, a 21st century Industrial Revolution is now upon us, and the industrial sector is poised for a resurgence. A key driver is technology, and the boiler industry is getting smarter each day. For decades, much has been written and discussed about what the future holds for manufacturing in the United States. It's an emotionally and politically charged conversation.
来源：【ISSN】：1527-4055【期刊】：HPAC engineering【年-卷-期】：2018年90卷1期
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22857
类型：会议
标题：The Role of Interoperability in The Fourth Industrial Revolution Era
参考译名： 第四次工业革命中互操作性在制造业的作用
简介：In the manufacturing domain, interoperability represents a characteristic of a manufacturing system in which its components are capable of exchanging information with one another, using the information that has been exchanged. Even though the discussion about interoperability issues can trace back to the 1970s, system interoperability is still the "elephant in the room". Additionally, in the past few years, research topics related to the fourth industrial revolution, also known as Industry 4.0, have been gradually accepted and promoted by governments and organizations all around the world. A research question then arises: what is the role of interoperability in the fourth industrial revolution era? The aim of this paper is to provide a scientific and evidence-based answer to this question. From an academic perspective, a systematic literature review was carried out to discover the main concepts related to interoperability in an Industry 4.0 context. From an industrial perspective, a questionnaire survey was developed to guide the application of a multi-criteria decision analysis method, the Analytic Hierarchy Process, used to analyze and make explicit the relationships of the previously discovered concepts. Results of this study can be used as a basis for future interoperability research in this new industrial revolution wave.
来源：【会议】：IFAC World Congress[届次]：20th 【doi】：10.1016/j.ifacol.2017.08.1248
【分类号】：TP273-53【ISBN】：9781510850712【会议录】：20th IFAC World Congress 2017: Toulouse, France, 9-14 July 2017, Part 19 of 24 【年】：2018 【语种】：英语
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22865
标题：The Connection Between Smart Manufacturing and IoT
参考译名：智能制造与物联网之间的联系
简介：According to Statista, a major online market research portal, the number of IoT connected devices worldwide will be just over 30 billion in 2020, doubling in just five years. Statista estimates the number of machine-to-machine (M2M) devices, which are key to smart manufacturing processes, to also more than double from 1.5 billion now to 3.3 billion in 2021. However, the manufacturing industry is not simply leading investment in IoT -- it is revolutionizing it through research and development. Here are some of the benefits of recent innovations in smart manufacturing.
来源：美国制造业网2018/7/13
https://www.manufacturing.net/article/2018/07/connection-between-smart-manufacturing-and-iot
标题：Building a new culture for quality management in the era of the Fourth Industrial Revolution
参考译名：在第四次工业革命中建立新的质量管理文化
简介：The Fourth Industrial Revolution is coming, and it is changing almost all aspects of human life, including the culture of quality and quality management (QM) in industry. This paper first examines the essence of the Fourth Industrial Revolution and its impact on our lives. Next, new concepts of quality as well as QM are discussed as follows. First, we analyse the multiway flow of QM in the stages of plan - design - production - marketing - sales, and data-oriented multiway interactions for creating new value and quality are discussed. Second, four distinctive approaches are introduced for implementing the multiway flow in real-world applications. The four approaches, which utilise Big Data, Artificial Intelligence (AI), Internet of Things (IoT), and more, are composite dimension, team creativity, total inspection, and new valuation. Finally, we argue for the necessity of combining quality experts with data scientists to prepare well for the coming Fourth Industrial Revolution.
来源：【刊名】：Total Quality Management & Business Excellence【ISSN】：1478-3363【出版年】：2017【卷】：28【期】：9/10【起页】：934【止页】：945【总页数】：12【分类号】：F40
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22871
工业机器人
标题：Best Practices in Robotic Grinding and Finishing
参考译名：机器人研磨和精加工的最佳实践
简介：The path to success in robotic grinding and finishing may not always seem straightforward. Achieving return on investment (ROI) for all robotic systems and maximizing productivity are among the top priorities of just about any manufacturing setting, but there are common pitfalls when it comes to robotic grinding and finishing. Following proven best practices can help ensure the implementation and ongoing automation of grinding and finishing processes delivers the intended results.
来源：Robotic Industries Association 7.3
https://www.robotics.org/blog-article.cfm/Best-Practices-in-Robotic-Grinding-and-Finishing/104
标题：The Applications of Linear Robotics in Industrial Settings
参考译名：线性机器人在工业环境中的应用
简介：Linear robots are a type of industrial robot that move only in a straight line as opposed to rotating in all directions. They typically feature two or three principal axes and function at right angles to each other. Linear robots are a highly specialized type of industrial robot that prove highly beneficial in certain applications. Not all environments are conducive to the use of linear robots, but there are advantages to using linear robots in certain scenarios.
https://www.robotics.org/blog-article.cfm/The-Applications-of-Linear-Robotics-in-Industrial-Settings/105
标题：Kinematic analysis and geometrical improvement of an industrial robotic arm
参考译名：工业机器人手臂的运动学分析和几何改进
简介：Industrial robots are the most manufactured and used types of robots in the production industry these days to minimize the labor cost. Many industries must have the benefit of using them for their batch production. In order to enhance its performance improvement of design of industrial robots is required, which will direct the further enhancement in the Robotics industry. Therefore, there is an effort to give the concept of optimum design of the robot by considering the different design parameters which makes it more efficient and reliable to use in the manufacturing industry. Nowadays, for optimization the modeling and simulation tools are the widely used to facilitate and accelerate the design processes such as dynamic simulation, structural analysis, optimization in order get an industrial robot design and optimization framework. In this research, focus is to investigate the feasibility of integrating tools from different domains such as Parametric CAD modeling and FEA, which gives a concept to the industrialist how to get an optimum arm design to increase their production rate etc. Inverse kinematic analysis which is done using Robo-Analyzer which has the ability to give optimum position and orientation of desired robotic arm, by considering the IKA, meta modeling is done to get an optimum design of arm using Solid works after that structural analysis of different designs are done using Ansys simulation tool, an optimum design of arm is recommended after evaluating the results.
来源：《Journal of King Saud University - Engineering Sciences》，Volume 30, Issue 3, July 2018
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22811
标题：An outlook on future assembly systems introducing robotic mobile dual arm workers
参考译名：未来装配系统引入双臂可移动机器人的展望
简介：This paper investigates the effect of introducing mobile dual arm coworkers in manual assembly systems. These robot workers can navigate autonomously and in a safe way across the shopfloor to undertake multiple operations (handling, screwing etc.). In addition, they can work in collaboration with human operators acting as assistants to them. This hybrid production paradigm can increase the reconfigurability of the system while maintaining competitive production rates. The performance of the proposed system is analyzed and evaluated on a case study from the automotive industry. The findings show that a significant increase in the resource utilization can be achieved.
来源：《Procedia CIRP》，Volume 72, 2018
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22813
汽车工程
标题：Environmental impact of car production strongly reduced over last decade
参考译名： 汽车对环境造成的影响在过去十年显著减少
简介：The latest data from the European Automobile Manufacturers’ Association (ACEA) shows that auto makers have significantly reduced the environmental impact of manufacturing over the last decade, even though the number of cars produced increased from 11.9 million in 2013 to 17 million in 2017.
来源：ACEA 2018/7/13
https://www.acea.be/press-releases/article/environmental-impact-of-car-production-strongly-reduced-over-last-decade
标题：Suitability assessments for advanced composite-metal hybrid material systems in automotive crash structural applications
参考译名：先进的复合金属系统在汽车防碰撞结构中应用的适用性评估
简介：The application of hybrid material systems composed of advanced composites and metals in automotive crash structural applications holds significant potential in terms of lightweighting and functional improvements. This paper proposes a comprehensive methodology to assess the suitability of vehicle body components for the application of hybrid material systems by analysing superimposed numerical crash simulation data of conventional steel bodies-in-white. The loading anisotropy and the global deformation are presented as two suitability criteria including an evaluation methodology to eventually select suitable hybrid material systems in the transition from conventional to enhanced material employment and vehicle structure design. Additionally, the methodology provides novel insights into the global structural loading by simultaneously considering multiple crash load cases.
来源：【刊名】：International journal of automotive composites【ISSN】：2051-8218【出版年】：2017【卷】：3【期】：1【起页】：14【止页】：28【总页数】：15【分类号】：U465
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22869
先进制造与加工
类型：前沿资讯
标题：U.S. Cutting Tool Consumption Up 10.1% in 2018
参考译名：2018年美国刀具消费量增长10.1％
摘要：May U.S. cutting tool consumption totaled $215.13 million, according to the U.S. Cutting Tool Institute (USCTI) and AMT—The Association For Manufacturing Technology. This total, as reported by companies participating in the Cutting Tool Market Report (CTMR) collaboration, was up 5.6% from April’s $203.68 million and up 12.1% when compared with the $191.93 million reported for May 2017. With a year-to-date total of $999.82 million, 2018 is up 10.1% when compared with 2017. Totals represent the majority of the U.S. market for cutting tools.
来源：July 12, 2018 by AMT/USCTI - Cutting Tool Market Report
https://advancedmanufacturing.org/u-s-cutting-tool-consumption-up-10-1-in-2018-tracks-economys-strength/
标题：The High-Speed Machining Benefits of Brass
参考译名：铜在高速加工方面的优势
摘要：US machine shops are potentially underutilizing the machinability of brass by as much as 85 percent in their part processing operations, reports a recent study from the Copper Development Association Inc. (McLean, VA). The research shows that machine shops can and should be machining the material at significantly faster feeds and speeds – often five to 20 times faster – than they currently do to increase productivity and profitability.Today’s brass rod materials, for instance, not only machine easier and faster, they do so without having a negative impact on tool wear, part surface finishes, or chip formation. With the power and rigidity of the latest high-speed machine tools, shops have the capability to boost brass workpiece material removal rates in their milling, drilling, and turning operations. Also, according to the study, alternative materials such as steel and stainless-steel lack the competitive high-speed machining advantages derived from brass.
来源：July 12, 2018 by Copper Development Association Inc.
https://advancedmanufacturing.org/the-high-speed-machining-benefits-of-brass/
标题：Changing the approach to product development---What are anthropologists and psychologists doing in the manufacturing space?
参考译名：改变产品开发的方法---人类学家和心理学家在制造领域做了什么？
摘要：At the Smart Industry 2018 Conference in September, Uwe Scharf presents “Accelerating Product Development In An Industry 4.0 World." Today the executive vice president of Rittal's industrial global business unit previews his presentation and shares his perspective on customer-driven innovation, mega-trends and the role of psychologists in the manufacturing space.
来源：Smart Industry ,Jul 10, 2018
https://www.smartindustry.com/articles/2018/changing-the-approach-to-product-development/
标题：Exploring the key success factors of advanced manufacturing technology implementation in Indian manufacturing industry
参考译名：对印度制造业成功实施先进制造技术关键因素的探讨
摘要：Purpose - The purpose of this paper is twofold: first, to explore the relationship between success parameters and implementation of advanced manufacturing technology (AMT); and second, to examine the changes required in manufacturing system as a result of AMT implementation.
来源：【ISSN】：1741-038X 【期刊】：Journal of Manufacturing Technology Management 【年-卷-期】：2018年29卷1期
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22874
标题：Business excellence via advanced manufacturing technology and lean-agile manufacturing
参考译名：通过先进制造技术与精益敏捷制造实现企业卓越经营
摘要：Purpose - The purpose of this paper is to contribute to the existing knowledge about the relationships between advanced manufacturing technology (AMT), lean manufacturing (LM), agile manufacturing (AM), and business performance.
来源：【刊名】：Journal of Manufacturing Technology Management【ISSN】：1741-038X【出版年】：2018【卷】：29【期】：1
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=18327
标题：Supply chain performance measurement: a future research agenda for acquiring competitiveness through the implementation of leagile manufacturing paradigm
参考译名：供应链绩效评价：通过实施敏捷制造范式获取竞争力的未来研究议程
摘要：In this paper, a literature survey conducted to study the state of the art research and pinpoint the future agenda of research on leagile manufacturing is reported. The information and knowledge derived by conducting this literature survey have indicated that the researchers have been enunciating the determination of a juncture which is called the decoupling point to determine the proportion of lean and agile manufacturing implementation in the concerned traditional manufacturing companies. These researchers have also found that supply chain management plays a crucial role in ensuring the successful implementation of leagile manufacturing paradigm. The ultimate results of conducting this literature survey revealed that efforts are yet to be made for measuring the process of achieving leagility through supply chains. At this moment, researchers are required to contribute a model for measuring the performance of leagile supply chains. In this context, this paper ends with suggesting the steps to be followed for developing leagile supply chain measurement model. Such model will be useful for the engineers and managers for strengthening the weak spots to successfully implement leagile manufacturing paradigm in traditional manufacturing companies and acquire competitive strength.
来源：【ISSN】：1744-2370 【期刊】：International Journal of Services and Operations Management
【年-卷-期】：2018年30卷1期
链接：http://pan.ckcest.cn/rcservice//doc?doc_id=22875
微纳制造、生物制造、3D打印
标题：3D printed tools and Robo-Glove make inroads at GM assembly plant
参考译名：3D打印工具和机器人手套进军通用汽车装配厂
简介：A few General Motors manufacturing plant workers are sharing space with collaborative robots, suggesting assembly line applications for 3D printed parts—and potentially in the future, some line operators will gain grasp-assist from a wearable device.
“Technology is transforming our manufacturing environment. But this isn’t about technology for technology-sake. There are specific business applications and specific business reasons for why we’re making the investments we’re making,” Dan Grieshaber, Director of General Motor’s Manufacturing Engineering Integration, said at a recent media program at the Lansing Delta Township assembly plant in Michigan.
One of the recent investments at the 3.6 million ft3 facility is a dedicated area for the 3D printing of parts via the largest 3D printer (bed and print size) among GM’s 18 North American assembly plants.
Over the past two years, 3D printed parts produced at the plant have netted approximately $300,000 in savings versus vendor-supplied parts. It’s possible to design a 3D-part in three hours and produce it in a solid shape within three days, according to Zane Meike, additive manufacturing plant lead.
“We’ve done many parts for many different applications, including production aids, ergo tools for operators, and prototypes,” said Meike. referencing the 3D printed parts made from various powders, including carbon fiber-infused nylon.
来源：美国汽车工程师学会 2018-07-11
https://www.sae.org/news/2018/07/3d-printed-tools-and-robo-glove-make-inroads-at-gm-assembly-plant
标题：The Effect of the Cell Shape on Compressive Mechanical Behavior of 3D Printed Extruded Cross-sections
参考译名：细胞形状对三维印刷压力行为的影响
简介：Additive manufacturing has been a promising technique for producing sophisticated porous structures. The pore's architecture and infill density percentage can be easily controlled through additive manufacturing methods. This paper reports on development of sandwich-shape extruded cross sections with various architecture. These lightweight structures were prepared by employing additive manufacturing technology. In this study, three types of cross-sections with the same 2-D porosity were generated using particular techniques. a) The regular cross section of hexagonal honeycomb, b) the heterogeneous pore distribution of closed cell aluminum foam cross section obtained from image processing and c) linearly patterned topology optimized 2-D unit cell under compressive loading condition. The optimized unit cell morphology is obtained by using popular two-dimensional topology optimization code known as 99-line code, and by having the same volume fraction as the heterogeneous foam. The upper edge of the unit cell was under distributed uniform loading, and the lower edge was fixed. All the cross sections have the same cavity to wall area ratio on their 2-D configuration. The samples are extruded to produce 3-D CAD model of sandwich shape porous structures. The different samples are tested with universal compression machine and mechanical characteristics of the models are investigated. Furthermore, the energy absorption efficiency and load bearing capability of samples are studied. The results of the experimental procedure are compared to numerical simulations under quasi-static condition.
来源：美国汽车工程师学会 2018-04-03
链接： https://www.sae.org/publications/technical-papers/content/2018-01-1384/