Products related to Manufacturing:
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Manufacturing Consensus : Understanding Propaganda in the Era of Automation and Anonymity
An in-depth exploration of social media and emergent technology that details the inner workings of modern propaganda Until recently, propaganda was a top-down, elite-only system of communication control used largely by state actors.Samuel Woolley argues that social media has democratized today’s propaganda, allowing nearly anyone to launch a fairly sophisticated, computationally enhanced influence campaign.Woolley shows how social media, with its anonymity and capacity for automation, allows a wide variety of groups to build the illusion of popularity through computational tools (such as bots) and human-driven efforts (such as sockpuppets—real people assuming false identities online—and partisan influencers).They use these technologies and strategies to create a bandwagon effect by bringing the content into parallel discussions with other legitimate users, or to mold discontent for political purposes. Drawing on eight years of original international ethnographic research among the people who build, combat, and experience these propaganda campaigns, Woolley presents an extensive view of the evolution of computational propaganda, offers a glimpse into the future, and suggests pragmatic responses for policy makers, academics, technologists, and others.
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Manufacturing Technology : Manufacturing Processes
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Manufacturing Independence : Industrial Innovation and the American Revolution
Benjamin Franklin was serious when he suggested the colonists arm themselves with the longbow.The American colonies were not logistically prepared for the revolution and this became painfully obvious in wars first years.Trade networks were destroyed, inflation undermined the economy, and American artisans could not produce or repair enough weapons to keep the Continental Army in the field.The Continental Congress responded to this crisis by mobilizing the nations manufacturing sector for war.With information obtained from Europe through both commercial exchange and French military networks, Congress became familiar with the latest manufacturing techniques and processes of the nascent European industrial revolution.They therefore initiated an innovative program of munitions manufacturing under the Department of the Commissary General of Military Stores.The department gathered craftsmen and workers into three national arsenals where they were trained for the large-scale production of weapons.The department also engaged private manufacturers, providing them with materials and worker training, and instituting a program of inspecting their finished products. As historian Robert F. Smith relates in Manufacturing Independence: Industrial Innovation in the American Revolution, the colonies were able to provide their military with the arms it needed to fight, survive, and outlast the enemysupplying weapons for the victory at Saratoga, rearming their armies in the South on three different occassions, and providing munitions to sustain the siege at Yorktown.But this manufacturing system not only successfully supported the Continental Army, it also demonstrated new production ideas to the nation.Through this system, the government went on to promote domestic manufacturing after the war, becoming a model for how the nation could produce goods for its own needs.The War for Independence was not just a political revolution, it was an integral part of the Industrial Revolution in America.
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3D Printing Design : Additive Manufacturing and the Materials Revolution
To work with the materials of tomorrow, design students across visual arts disciplines need to understand the cutting edge of today.Whether you’re modelling in interiors, designing in fashion or constructing for interiors, in your work or as part of a final project, 3D Printing design is an encouraging guide to additive manufacturing within design disciplines.Francis Bitonti gives an insider’s view from his design studio on how 3D printing is already shaking up the industry, and where it’s likely to go next.Complete with interviews from designers, business owners and 3D-print experts throughout, Bitonti considers whether 3D body scans mean couture for all, how rapid prototyping can change your design method and if 3D printing materials can enhance medical design, amongst other areas of this emerging method of manufacture.This is inspirational reading for the designers of tomorrow.
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What types of costs include manufacturing materials and manufacturing wages?
The types of costs that include manufacturing materials and manufacturing wages are known as direct costs. Direct costs are expenses that can be specifically attributed to the production of goods or services. Manufacturing materials refer to the raw materials and components used in the production process, while manufacturing wages include the labor costs associated with the production workers directly involved in the manufacturing process. These costs are directly tied to the production of goods and are essential for calculating the total cost of production.
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What is the difference between group manufacturing and workshop manufacturing?
Group manufacturing involves the production of goods in large quantities using specialized machinery and assembly lines, with a focus on efficiency and mass production. This method is commonly used in industries such as automotive and electronics. On the other hand, workshop manufacturing involves the production of goods in smaller quantities using more flexible and versatile equipment, with a focus on customization and craftsmanship. This method is commonly used in industries such as furniture making and artisanal products. Overall, the main difference lies in the scale of production and the level of specialization in the manufacturing process.
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Is this a manufacturing defect?
Without more information about the specific issue or product in question, it is difficult to determine if it is a manufacturing defect. Manufacturing defects can occur during the production process and result in a product not meeting quality standards. Common signs of a manufacturing defect include irregularities in the product's design, materials, or construction. If you suspect a manufacturing defect, it is best to contact the manufacturer or retailer for further assistance.
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What is the Manufacturing Belt?
The Manufacturing Belt, also known as the Rust Belt, is a region in the northeastern and midwestern United States that was once a major center for manufacturing and industry. It includes states such as Pennsylvania, Ohio, Michigan, and Illinois, among others. The region became known as the Rust Belt due to the decline of its manufacturing industry, which led to economic hardship and population loss in many cities. The Manufacturing Belt played a significant role in the industrialization of the United States and the growth of its economy, but has faced challenges in recent decades due to globalization and technological changes.
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Faulty Manufacturing
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Intelligent Manufacturing
This book introduces intelligent manufacturing system planning, design, and implementation, through the deep integration of the Internet, big data, artificial intelligence, and manufacturing process, to promote the transformation and upgrading of enterprises.This book shows the implementation of intelligent manufacturing process with 12 benchmarking enterprises, discusses the planning, implementation, and control of intelligent manufacturing system technology and method of theory, and analyzes the five hierarchies of intelligent manufacturing system, the five stages of life cycle, and five kinds of intelligent depth.The content can cultivate the reader's vocational ability to develop intelligent solutions and implementation based on complex, uncertain environment needs.This book will be interesting and useful to a wide readership in the various fields of management, information science, and engineering science.
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Essential Manufacturing
An introduction to the manufacturing industry Essential Manufacturing provides a comprehensive introduction to the wide breadth of the manufacturing industry. There is a need for all engineering and business students to understand the importance and context of the manufacturing industry.An engineer should have a well rounded appreciation of all aspects of the industry they work in, including manufacturing.This is evidenced by professional bodies expecting all accredited engineering courses to provide students with a background that allows them to see their own specific discipline in context.Similarly, business students will often find themselves dealing in some way with manufactured products or even be directly involved in manufacturing operations management.This book will cover the full spectrum of the manufacturing industry to provide a holistic appreciation of the topic but with enough detail to be of practical use. The book begins with an introduction to the manufacturing industry, its history, and some important manufacturing concepts. The materials used in manufacturing and how they are produced are covered.This is followed by a more detailed description of the more common manufacturing processes, their application, and the types of automation used in the manufacturing industry.Consideration is then given to the important aspects of manufacturing operations management and production planning and control, work study, and manufacturing economics.How to maintain quality in the manufacturing process, including metrology, is examined and this is followed by human factors in manufacturing.Finally, a speculative look at the future of manufacturing is included. Key features: Takes a self-contained approach. Includes review questions. Suitable as an introduction for more advanced study. Satisfies the requirements of college and first and second year university engineering courses. The book provides a comprehensive, concise introduction to the manufacturing industry for engineering and management students.
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Advanced Manufacturing Technologies : Modern Machining, Advanced Joining, Sustainable Manufacturing
This book provides details and collective information on working principle, process mechanism, salient features, and unique applications of various advanced manufacturing techniques and processes belong.The book is divided in three sessions covering modern machining methods, advanced repair and joining techniques and, finally, sustainable manufacturing.The latest trends and research aspects of those fields are highlighted.
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What does discrete manufacturing mean?
Discrete manufacturing refers to the production of distinct, individual items or products that can be counted, touched, and seen as separate entities. This type of manufacturing involves the assembly of components or parts to create a finished product with a defined structure and form. Examples of discrete manufacturing include the production of automobiles, electronics, furniture, and appliances. It typically involves processes such as machining, welding, assembly, and quality control to ensure the final product meets specific requirements and standards.
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What is meant by manufacturing?
Manufacturing refers to the process of producing goods or products by using raw materials, components, or parts through various methods such as machinery, tools, and labor. It involves transforming these materials into finished products on a large scale for distribution and sale. Manufacturing can take place in factories, plants, or workshops and plays a crucial role in the economy by creating jobs, generating revenue, and meeting consumer demands for a wide range of products.
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What does manufacturing belt mean?
The manufacturing belt refers to a region in the United States, primarily in the Midwest and Northeast, that was historically known for its concentration of manufacturing industries. This region was characterized by its large factories and industrial production, particularly in sectors such as automotive, steel, and machinery. The manufacturing belt played a significant role in the country's economic development and was a major contributor to its industrial prowess. However, in recent decades, the manufacturing belt has experienced a decline in its industrial base due to factors such as globalization and technological advancements.
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How is Blu-ray manufacturing done?
Blu-ray manufacturing involves several key steps. First, a glass master containing the data is created using a laser beam. This master is then used to create a stamper, which is used to press the data onto a polycarbonate disc. The disc is then coated with a reflective layer, followed by a protective layer. Finally, the disc is printed with any necessary artwork and packaging before being packaged and shipped for distribution.
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