设计师 Hila Mor 的作品 Venous Materials 互动材料荣获了极具声望的 2021 A' Design Award 银奖，竞赛类别为设计质量与创新。

银设计质量· 2021

Venous Materials 互动材料

设计师： Hila Mor

客户: Tangible Media Group, MIT Media Lab

设计质量类别A' Design Award 银奖获奖者

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色彩

设计作品

关于 Venous Materials 互动材料

Venous Materials(静脉材料)是一种兼具传感器与显示功能的互动材料。柔软的硅胶内部构建出纤细的流体通道,有色墨水在通道中流动。当使用者弯折材料或施加压力时,墨水的流动随之改变,形成可见的图案与色彩变化。该材料柔软且自成一体,其能量完全来自使用者的动作。配套的计算设计工具可在生产前对几何结构与流体流动进行模拟。制作过程涵盖激光雕刻与实验室工艺。

荣誉认可

关于A' Design Award 银奖

Venous Materials 互动材料是 A' Design Award 银奖得主，这是授予顶级、华美而令人印象深刻的设计的极为崇高的认可。银奖得主是极其卓越、极具创造力的作品，展现出其设计师杰出的专业技能、才华与敏锐。预计Venous Materials 互动材料将成为一件出色的典范之作，兼具非凡的专业性与深刻的创新性。这件赢得 A' Design Award 银奖的设计是一项备受瞩目、令人钦佩的发明，造福并拓展艺术、科学、设计和技术的边界。Venous Materials 互动材料是一件令人羡慕的创作，它唤起渴望，带来积极的情感，并激发惊叹与赞叹。

设计幕后

媒体资料包

由设计师提供的致谢、团队成员及技术详情。

独特属性: Venous Materials technology developed through research on current Microfluidics, that is specifically designed for human interaction and user experience. A specilized computational tool was developed for the design process and to simulate and visualize of the color change and display of the flow within the material, according to the user input. Production process involves laser engraving and manual lab processes. Materials used are PDMS silicone and ecoline ink.
尺寸与包装: Venous Materials prototypes size range between 5cmX5cm and 15x15cm. These samples can be assembled together to form a larger sheet.
标签: Interaction Design, Material research, Dynamic Graphics, Microfluidics, Computational Aided Design, Sensors and Displays, Venous Structures
生产技术: Through utilizing latest research with Microfluidics technology, Venous Materials was developed while focus on human interaction and UX design. To realize the design and production process, a specialized computational design and simulation tool was developed. This tool allows to simulate and visualize of the color change and display of the flow within the material, according to the user physical input. Production process involves laser engraving and lab processes. Materials used are PDMS silicone and ecoline ink.
设计挑战: While current computer chips and electronics usually require rigid and bulky components that challenges the integration with varied objects or fabrics, Venous Materials is soft and self-contained mechanism that utilizes the motion of daily activities as its energy source. Design of micro-fluid dynamics is not intuitive task, our approach and computational tool allows the design, simulation, and prototyping of fluidic interactive sensors that can be embedded in, or attached to, any object.
研究: This work present design and fabrication methods for interactive fluidic mechanisms that respond to deformation by mechanical inputs from the user. The Venous design tool provides designers with a simple way to create and validate designs of fluidic structures. It allows users to design the geometry, and simulate the flow with intended mechanical force dynamically. This leads to Interactive applications of Venous Materials, to augment human movement and everyday objects.
灵感: This project is inspired by venous structures that are ubiquitous throughout nature and inside the human body. By changing colors, veins can inform us of internal and external physical conditions. For example, veins in leaves transmit pigments that drive color change, which informs us of the internal condition of the leaf and which season it is.
项目周期: The project started June 2019 and finished April 2020 in Cambridge, MA, at the MIT Media Lab, Tangible Media group
操作流程: The displayed flow pattern and color change of the fluidic channels within Venous Materials inform the users of the motion and physical force that is applied on the material. The users can interact with Venous Materials by deforming or applying pressure on the material, which drives the fluid flow within the internal channels to visualize the dynamic responsive display. Therefore, Venous Materials simultaneously functions as a sensor and display of tangible information.
团队成员: Hila Mor, Tianyu Yu, Ken Nakagaki, Benjamin Harvey Miller, Yichen Jia, Hiroshi Ishii
图片版权: All Photo/video credit to Tangible Media Group, MIT Media Lab