Taboo Био Задрах Сандал by Ji Qi and Donghang Wang is a highly esteemed winner of the very prestigious 2023 A' Design Award Хүрэл шагнал in Дүрслэх урлаг ба урлагийн суурилуулалтын дизайн Competition Category.
ХүрэлДүрслэх урлаг· 2023
Taboo Био Задрах Сандал
Client: Ceramics Studio of Nanjing University of the Arts
A' Design Award Хүрэл шагнал Winner in Дүрслэх урлаг Category
Verified Award Winner
Verify Award Status for #141572The Design
About Taboo Био Задрах Сандал
Хүний эмэгтэй аарцагнаас санаа авч, хориотой сандал нь тусгай органик задралд ордог галд тэсвэртэй шавраар хийгдсэн бөгөөд энэ нь Хятадын уламжлалт наалдсан шороон барилгын концепцид суурилсан бөгөөд топологийн оновчлолын алгоритмыг ашиглан ерөнхий бүтцийг сайжруулж, 1000-ыг тэсвэрлэх чадвартай. Бионик бүтцийг хадгалахын зэрэгцээ доош буулгах хүч Nm. Сандал дээр ашигласан материалыг эрчим хүч хэмнэх, ялгаруулалтыг бууруулах одоогийн уриалгад хариулах зорилгоор зохион бүтээсэн бөгөөд тохиромжтой нөхцөлд хогийн цэгт органик бордоо болгон задалж болно.
The Recognition
About the A' Design Award Хүрэл шагнал
Taboo Био Задрах Сандал нь A' Design Award Хүрэл шагналын ялагч бөгөөд бүтээлч чанар, овсгоо, цэцэн ухаанаараа ялгарсан шилдэг загварт олгодог маш нэр хүндтэй хүлээн зөвшөөрөлт юм. Хүрэл ялагчид бол хангалттай ур чадвартай, гайхалтай бүтээлч ажил бөгөөд зохион бүтээгчдийн өргөн туршлага, төсөөлөл, самбаатай байдлыг баталдаг. Taboo Био Задрах Сандал нь өндөр үнэлэгдсэн, биширсэн, хайрласан зүйл, мэдэгдэхүйц мэргэжлийн, шинэлэг байх болно гэж хүлээгддэг. Хүрэл шагнал хүртсэн энэ загвар нь урлаг, шинжлэх ухаан, загвар, технологийн шилдэг туршлагыг шингээж, нарийн ширийнд анхаарал хандуулснаараа тод юм. Taboo Био Задрах Сандал хэрэгцээг гайхалтай хангаж, хүслийг хөндөж, сэтгэл хөдлөлийг байлдан дагуулж, сониуч занг татдаг.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- The chair is made of a special non-fire clay, which has a material strength comparable to ABS plastic. It can completely degrade to organic fertilizer within two years in an industrial landfill environment.
The structure of the chair was topologically optimized. After setting the parameters of force, support and pressure values, the redundant parts were eliminated.
After testing, this chair can withstand 100kg of longitudinal force. - Dimensions & Packaging
- 420mm x 260mm x 450mm
- Tags
- Clay, Biodegradation, Topology Optimization, Carbon Neutrality
- Production Technology
- In the design phase, we used the Finite Element Analysis plug-in in Rihno for topology optimization calculations to eliminate redundant parts.
After the prototype was printed using 3D printing, we disassembled it and turned out more than 70 plaster molds. Finally, the finished product was produced using the casting process. - Design Challenge
- Additives and clay shrinkage adjustment
Skilled use of topology optimization
Development of robotic arm 3D clay printing technology
Generation of internal crystal structures - Research
- Research on new materials and molding process
A biodegradable high-strength no-bake clay material is formulated under the requirement of low carbon emission. It avoids the high energy consumption of modern industrial production while achieving the sustainable use of resources. To achieve maximum material utilization with the support of topology optimization algorithms.
Through the experimentation in the field of furniture, we will mature the production process and eventually reinvent the world by entering the construction industry with the concept of raw earth construction. - Inspiration
- The chair shape is inspired by the human female pelvis.
The technique of the chair material is inspired by the paper clay used in ceramics art, and the characteristics of the clay are changed by adding additions.
The material was developed in response to the current call for energy saving and emission reduction, with the intention of completing the 'construction' of the world from a new perspective, based on the traditional raw clay. - Project Duration
- The project started in June 2020 in Nanjing and finished in February 2022 in Nanjing.
- Operation Flow
- The chair is made of raw clay, which can be found everywhere, and by adding additives to it, it can achieve great strength without being fired, and it is biodegradable, turning into organic fertilizer and recycling after being disposed of in landfills.
- Team Members
- Ji Qi
Donghang Wang
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