Apparel Production Terms and Processes defines materials and terms relating to the mass production of raw materials, design and product development, garment details and component parts, fit, patternmaking, pre-production operations, assembly, production and manufacturing, labeling regulations, testing and quality control, inspection, finishing and packaging. In this revised edition, parts have been introduced to clarify the relationships between each step in the production process and chapters have been reorganized to better follow the flow of the supply chain. Each chapter opens with a brief introduction followed by terms that are listed alphabetically and grouped according to subject by use or application. New to this Edition - New chapter on Sizing and Fit covers sizing standards, fit types, and evaluation of fit - Added coverage of safety compliance, sourcing, quality control, and common fabric and garment defects - Enhanced global focus includes labeling regulations for the US, Canada, EU, China and Japan - Covers new technologies such as 3D printing, seamless garments, stitchless seams, and equipment Apparel Production Terms and Processes STUDIO - Study smarter with self-quizzes featuring scored results and personalized study tips - Review concepts with flashcards of terms and definitions - Enhance your knowledge with visual analysis exercises and activities - Access downloadable files for specification sheets Teaching Resources - New Instructor's Guide provides sample syllabi, teaching strategies for a range of courses, video links, sample activites and projects, and learning outcomes for each chapter - Test Bank includes sample test questions for each chapter - Image bank offers a selection of photos for instructors to integrate into their lecture materials

Kleine Lose wirtschaftlich fertigen - das bedeutet, die Produktionsanlage in moglichst kurzer Zeit auf neue, oft komplexe Bearbeitungsaufgaben umzurusten. Eine langwierige Optimierung des Prozesses rentiert sich dabei nicht, vielmehr soll das erste produzierte Teil bereits ein Gutteil sein. Erreicht werden kann dies nur, wenn die Maschine (bzw. die Produktionsanlage) uber einen langen Zeitraum moglichst storungsfrei arbeitet, Abweichungen selbstandig kompensiert und den Werker bei der Einrichtung des Prozesses, bei dessen Uberwachung und schliesslich bei der Vermeidung und Behebung von Fehlern optimal unterstutzt. Hierzu mussen die Maschine und ihre peripheren Systeme flexibel und intuitiv zu bedienen sein.

Die Vision eines autonomen Produktionssystems wird seit langem in vielen Forschungsprojekten weltweit verfolgt. In diesem Buch kommen international renommierte Autoren aus Industrie und Forschung zu Wort. Sie beschreiben Ansatze und Entwicklungen auf vielen Gebieten der Produktionstechnik, die eine Steigerung der Autonomie zum Ziel haben."

The first up--to--date summary and review for the fundamental principles and industrial practice of adsorption separation processes in more than 30 years. Emphasizes the understanding of adsorption column dynamics and the modeling of adsorption systems, as well as fundamental aspects of kinetics and equilibria.

Focuses on basic aspects of nano/microfibers made by electrospinning with details on spinning recipes, characterization techniques and chemistry of the polymers in use. The basic understanding provided in the book, is useful for producing 1D and 3D fibrous structures with specific properties for applications, e.g. textiles, membranes, reinforcements, catalysis, filters or biomedical uses. Students and practitioners will find great value in the step by step instructions how to manufacture nanofibers. - Electrospinning equipment - History of electrospinning and nanofibers -characterization-fundamentals of electrospun fibers - Ready-made recipes for spinning solutions - Conditions for the productions of highly diverse fiber morphologies and arrangements - Chemistry of fiber forming materials

This book aims to provide a synthesis of work and ideas done by our team over the last fifteen years in the field of information processing for expression of industrial performance. The statement of objectives on the one hand and the calculation of the other performances are discussed, with the search for the explanation of the link between these two basic steps of an industrial improvement. Beyond the synthetic and typological character of this study, the originality of this work lies in the consideration of the temporal dimension of the objectives, and spread on performance expressions. A fuzzy processing and multi-criteria aggregations time information that can be quantitative, qualitative or symbolic are proposed, in line with industrial practice and literature in the field of performance management.

Efficient Management of Wastewater from Manufacturing is an accessible research compendium, highly useful for anyone involved with the phytosanitaries, food and beverage, pharmaceutical, or textile industries. The editor, Victor Monsalvo, is a well-respected expert in the field who has included many of his own studies. He has also enlisted articles from other researchers from around the world. Together, they offer a range of treatment methodologies for manufacturing wastewater, including anaerobic processes and catalyzation. They focus on advanced treatment processes that would improve current efficiency and reduced energy costs. Feasibility and potential problems are also thoroughly discussed, creating a realistic and practical research collection. Included within the book are chapters on the following topics: An overview of pesticide toxicity More efficient anaerobic treatments for agricultural wastewater Wastewater treatment methodologies for specific sectors of the food-production industry, including slaughterhouses, fish processing plants, dairies, fruit canning factories, and wineries Biological treatment systems for wastewater containing cosmetic and pharmaceutical chemicals and byproducts Improved methodologies for removing dye from textile wastewater The range of topics will be of practical use to chemical, civil, and environmental engineers. Researchers at the graduate level will find here a wealth of studies that will prove fruitful for future investigation.

Many books explain how to construct a value stream map, but few explain the process conditions and characteristics required to ensure a value stream map can be completed successfully. Lean Execution: The Basic Implementation Guide for Maximizing Process Performance fills this need. Although the book explains Lean methods and tools that maximize process performance, its main focus is on providing readers with detailed guidelines, process conditions, and helpful tips for ensuring successful implementation. Based on Clifford Fiore's insights and experiences gained through years of firsthand application and implementation of Lean methods, the book supplies easy-to-understand explanations of proven Lean tools, methods, and concepts. For example, the concept of flow/theory of constraints is reviewed using a garden hose analogy. The text introduces material in a manner that mirrors the natural sequence for general implementation. It provides simple calculations, worksheets, and examples to reinforce the key concepts involved with determining production rates and process variation. In addition to explaining how to apply Lean tools correctly, the book provides the big picture perspective required to select and apply the appropriate Lean tool at the right time, while gaining helpful insight about the process under review. Sharing valuable lessons learned by trial and error, the book can help practitioners save valuable time and resources by not repeating similar mistakes. The book concludes with a summary that outlines a blueprint for maximizing success during implementation. Clifford Fiore has spent more than 30 years at a Fortune 500 company and is a recognized leader in applying Lean and Six Sigma methodologies. He is also a certified black belt and Lean expert. Through his work in adapting process improvement techniques in engineering, manufacturing, and the supply chain, he has emerged as an industry leader in implementing concepts towards reducing product cost, quality defects, and development cycle times.

Global Manufacturing Technology Transfer: Africa-USA Strategies, Adaptations, and Management presents practical strategies for developing and sustaining manufacturing technology transfers. It is particularly useful for helping developing nations achieve and sustain a solid footing of economic development through manufacturing. The book examines Africa and USA trade relations to demonstrate how modern technology innovation strategies can be developed and harmonized to keep a nation moving forward economically. It then explores how to advance existing technical relationships through new and updated approaches. The book uses the case and template of trade relations of Africa and the United States to demonstrate how technology innovation strategies can be developed and harmonized to keep a nation moving forward economically. The author discusses project management tools, highlights manufacturing as the foundation for economic development, and explores lessons learned. He details a systems approach, covering both qualitative and quantitative tools and techniques. Although focusing on Africa-USA technology transfer, the concepts are applicable to other technology transfer relationships. Africa is poised to assume a leading role in global manufacturing. However, the foundation for doing so successfully will depend on the development and sustainability of a reliable manufacturing infrastructure in Africa. A key requirement for this will be new and innovative mechanisms for technology transfer. This book gives you the strategies required to address each technology transfer path as well as new innovative approaches for developing and transferring new technology.

The International Conference on Future Manufacturing Engineering (ICFME 2014) was held in Hong Kong, December 10-11, 2014. It gathered academics, industry managers and experts, manufacturing engineers, university students all interested or proficient in the field of manufacturing engineering, including research, design and development of systems, processes, machines, tools and equipment. The manufacturing engineer's primary focus is to turn raw materials into a new or updated product in the most economic, efficient and effective way possible. This field also deals with the integration of different facilities and systems for producing quality products (with optimal expenditure) by applying the principles of physics and the results of manufacturing systems studies, such as Design and Manufacturing, Materials Science and Materials Processing Technology, Computer-aid Manufacturing, Mechanics. Manufacturing engineers develop and create physical artifacts, production processes, and technology, a very broad area which includes the design and development of products. The manufacturing engineering discipline has very strong overlaps with mechanical engineering, industrial engineering, production engineering, electrical engineering, electronic engineering, computer science, materials management, and operations management. Manufacturing engineers' success or failure directly impacts the advancement of technology and the spread of innovation. This proceedings aims to assess the state of scientific research in various areas of Manufacturing Engineering and will be an interesting source of information for the international engineering scientific community. About the Series:Studies in Materials Science and Mechanical Engineering (SMSME) publishes lecture materials and proceedings volumes of conferences sponsored by the International Materials Science Society (IMSS). Volumes present cutting edge research as well as new perspectives on and developments in all areas of Materials Science and Mechanical Engineering. The audience for the books published in the SMSME series consists of advanced level students, researchers, and industry professionals working at the forefront of Materials Science and Mechanical Engineering.

This volume is a collection of papers from experts and scholars presented at the 2015 International Conference on Manufacturing Engineering and Intelligent Materials (ICMEIM 2015), Guangzhou, January 30-31, 2015. It serves to discuss and share the latest new research results and developments on the topics manufacturing system and control engineering, materials engineering and other relativant subjects. It will also strengthen the exchange and cooperation in the field of Manufacturing Engineering and Intelligent Materials.