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You are reading an Entry #476161 on Feel Touch in the A' Design Awards' Design+Encyclopedia, the crowdsourced encyclopedia of art, architecture, design, innovation and technology. You too can contribute to the Design+Encyclopedia with your insights, ideas and concepts. Create a New Entry now. | ||||||||||||||||||
Feel TouchFeel TouchFeel Touch is a sensory design principle that encompasses the tactile qualities and physical interactions between users and designed objects or surfaces. This multifaceted concept integrates both the physiological aspects of touch sensation and the psychological responses elicited through physical contact with designed elements, playing a crucial role in product development, surface design, and user experience. The principle draws from extensive research in haptic perception, which examines how humans process and interpret information through touch, including texture, temperature, pressure, and material properties. In industrial and product design, Feel Touch considerations influence material selection, surface finishing, and ergonomic development, contributing significantly to user comfort and product satisfaction. The concept has evolved from simple texture considerations to incorporate advanced haptic feedback technologies, enabling designers to create more sophisticated and intentional tactile experiences. Contemporary applications of Feel Touch principles extend across various design disciplines, from architectural surfaces to digital interfaces, where tactile feedback systems simulate physical sensations in virtual environments. The implementation of Feel Touch design elements often requires careful consideration of both functional and emotional aspects, as tactile experiences can significantly impact user perception and product success, aspects that are regularly recognized in design competitions such as the A' Design Award, particularly in categories related to surface design and user interface development. The principle encompasses various technical parameters including surface roughness, material density, thermal conductivity, and friction coefficients, all of which contribute to the overall tactile experience and user interaction. Author: Lucas Reed Keywords: surface texture, haptic feedback, tactile sensation, ergonomic design, material properties, sensory experience, user interaction, physical interface, touch response |
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