Titlebook: Materials that Move; Smart Materials, Int Murat Bengisu,Marinella Ferrara Book 2018 The Author(s) 2018 Chromogenic Materials.Thermochromic

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Materials that Move,eristic of all these smart materials is their ability to undergo a predetermined shape change as a response to an external stimulus such as light, electricity, humidity, or heat. The shape change can be reversible or irreverbible. This chapter attempts to categorize kinetic materials according to tw

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Motion in Nature and Biomimetic Approaches,e of their species, and for many other reasons. A great variety of motion exists in animals, plants, and bacteria. The majority of animals move by muscle contractions. Mammalians depend on their muscles to move their limbs, walk, jump, or keep a certain posture. Birds and winged insects use their mu

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Designing with Kinetic Materials, and lack of practical but reliable information. The design community responds to these problems in many creative ways. Tinkering and experimentation with materials and simple tools is becoming popular as a process to generate valuable knowledge for practitioners. Web-based platforms, blogs, databas

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Interaction Design with Kinetic Materials,experience design. This signal can be in the form of user input that may be sensed by the kinetic material directly or transformed into a signal suitable for that particular material. Interaction is a two-way process taking at the product (system)?- user interface. Tangible user interfaces may repla

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Applications of Kinetic Materials,, particularly?nitinol because at the present, this is the most established and reliable material for industrial applications. However, research efforts indicate that SMAs may be replaced by SMPs, ferrofluids, bimetals, or other novel materials in the future. The final section summarizes application

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Case Studies,ing projects that implement kinetic materials and user experiences. Outstanding projects have been selected from different fields including product design, arts, architecture, fashion design, and exhibit design. Most of these projects have been materialized in the last two decades although some proj

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Introduction,, and design approaches. A cornucopia of projects realized for research, art, or industrial use meticulously selected from the fields of architecture, art, design, or interdisciplinary domains show many interesting details about the successful implementation of kinetic materials and the innovative possibilities they bring along.