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Dieses essential bietet einen theoriefreien Einblick in den faszinierenden und diffizilen Entstehungsprozess technischer Produkte, der anhand eines begleitenden Praxisbeispiels einfach nachvollzogen und bis zur ersten eigenen Maschinenkonstruktion selbst weiterentwickelt werden kann. Hierbei helfen die vorgestellten Methoden und Beispiele ebenso wie der Aufbau des essentials. Der Konstruktionsprozess wird in seinem natürlichen Verlauf nachgezeichnet. Zugleich wird das bereichsübergreifende Spektrum aller konstruktionsrelevanten Bereiche aufgezeigt sowie auf wichtige Entscheidungspunkte hingewiesen. Der Inhalt Überblick über verschiedene konstruktionsmethodische Ansätze Klärung und Präzisierung der Konstruktionsaufgabe Erarbeitung, Bewertung und Auswahl von Lösungskonzepten Qualitativer und quantitativer Entwurf von Prinziplösungen Strukturelle und geometrische Ausarbeitung der Konstruktion Dokumentation der Konstruktionsergebnisse Die Zielgruppen Konstrukteure, Techniker und Produktdesigner aus der betrieblichen Praxis Studierende des Maschinenbaus und verwandter Studienrichtungen Lernende und Studierende in beruflicher Aus-, Fort- und Weiterbildung Der Autor Dr.-Ing. Markus Hahne lehrt die Entwicklung und Konstruktion von Maschinen und Produkten sowie damit verbundene Bereiche (u.a. Technisches Zeichnen, CAx, Maschinenelemente, Werkstofftechnik) in unterschiedlichen Bildungsbereichen an Berufs-, Fach- und Hochschulen.
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Fields of study progress not by understanding more about what already exists, although that is a useful step, but by making guesses about possible better futures. The guesses consist of small forays into those futures, using strategies that are variously called learning through making, research through design, or more simply: prototyping. While traditionally associated primarily with industrial design, and more recently with software development, prototyping is now used as an important tool in areas ranging from materials engineering to landscape architecture to the digital humanities. This book collects current theories and methods of prototyping across a dozen disciplines and illustrates them through case studies of actual projects, whether in industry or the classroom.0'Prototyping Across the Disciplines' provides context, a theoretical framework, and a set of methodologies for interdisciplinary collaboration in design. Each chapter offers a different disciplinary perspective on prototyping and provides a case study as a point of comparison for identifying commonalities and divergences in current practices. In examining the central role of prototyping in design research, this edited collection demonstrates theoretical and methodological transferability across disciplines not typically thought to be related, including post-human design, theatre, tabletop game design, landscape architecture, and arts entrepreneurship.
Design --- Industrial design --- Product design --- Research --- Methodology.
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Industrial design --- Industrial design. --- Design. --- Social aspects.
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Machine design. --- Machinery --- Engineering design --- Design --- Design and construction
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Context: The Effects of Environment on Product Design and Evaluation addresses the environment, or context, in which we consume products and the impact of context on choice and acceptability. The book explores what context is, how it influences design by specialists, and acceptance by consumers. Chapters discuss the basics of context, food and drink in context, testing a range of other products, and other contextual variables. Historically, research on context has been done in the laboratory and various natural locations, but rapid growth in other methods to study context, including evoked contexts, immersive contexts, virtual reality contexts, and more have widened research possibilities. Appealing to the professional, academic and commercial markets, this book will be of interest to those who conduct research in product development and product testing, to those who study what controls product usage, including eating from the health perspective, and to those who make decisions about product and space development.
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"Fully updated and expanded from the previous edition, A Practical Guide to Database Design, Second Edition, is intended for those involved in the design or development of a database system or application. It begins by focusing on how to create a logical data model where data is stored "where it belongs." Next, data usage is reviewed to transform the logical model into a physical data model that will satisfy user performance requirements. Finally, it describes how to use various software tools to create user interfaces to review and update data in a database.Organized into 11 chapters, the book begins with an overview of the functionality of database management systems and how they guarantee the accuracy and availability of data. It then describes how to define and normalize data requirements to create a logical data model, then map them into an initial solution for a physical database. The book next presents how to use an industry-leading data modeling tool to define and manage logical and physical data models. After that, it describes how to implement a physical database using either Microsoft Access or SQL Server and how to use Microsoft Access to create windows interfaces to query or update data in tables. The last part of the book reviews software tools and explores the design and implementation of a database using as an example a much more complex data environment for a University. The book ends with a description of how to use PHP to build a web-based interface to review and update data in a database. "--Provided by publisher.
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